EP4023838A1 - Synthetic sealing profile - Google Patents

Abstract

A mesh-like reinforcement material section (18, 64, 92, 114), in particular made of glass mesh, glass silk or plastic fabric or of glass mesh, glass silk or Plastic scrim, attached for embedding in or under a layer of plaster, in particular a layer of plaster on thermal insulation of a building wall. The reinforcement material section (18, 64, 92, 114) has a finish or coating that is free of flame retardants and has a non-flammable or non-combustible material that has at least fire protection class B2 "normally flammable" according to DIN -Norm 4102-1, in particular in fire protection class B2 "normally flammable" according to DIN standard 4102-1 or in fire protection class B1 "hardly flammable" according to DIN standard 4102-1 or in fire protection class A2 "non-combustible". of the DIN standard 4102-1. The reinforcement material section (18, 64, 92, 114), together with the finish or coating, has a basis weight of 100-300 g/m 2 , in particular 150-200 g/m 2 </sup> has; and/or the weight of the finish or coating is 5-50% of the total weight of armor material section (18, 64, 92, 114) plus finish or coating.

Description

The present invention relates to a plaster bead made of plastic, on which a mesh-like reinforcement material section, in particular made of glass mesh, glass silk or plastic fabric or glass mesh, glass silk or plastic scrim, for embedding in or under a plaster layer, in particular a Plaster layer on a thermal insulation of a building wall is attached.

Plaster strips are known in numerous embodiments. Particularly typical embodiments are plastering strips that are attached to a window or door frame and allow the plaster layer to be plastered onto the plastering strip instead of up to the window or door frame. This decouples the thermal insulation and/or the plaster layer from the window or door frame, which, in the event of large temperature fluctuations that typically occur, ensures that there is no damage, for example through cracks or crumbling, at the end area of the plaster layer and that the plaster layer is intact at the end remains, and that the transition between the window or door frame and the thermal insulation and/or plaster layer is permanently and securely sealed. Such Anputzleiste is, for example, from the EP 0 875 641 A2 known.

Another type of plastering strip is an end rail. This is often attached to the building with a first inner leg. On its second intermediate leg is usually an insulation with its final front side. On the outside of such insulation panels, plaster is often applied that extends to a third outer leg of such a bottom rail. Such a final rail is, for example, from the DE 125 39 526 A1 known.

Another variant of plaster strips are so-called plaster corner strips. These are often applied to building corners and serve to provide a reliable finish for the plaster layer on the first side of the building corner and a reliable finish for the plaster layer on the second side of the building corner ensure and to avoid crumbling of plaster at the corner of the building. Such a plaster cornice is, for example, from the DE 100 38 279 A1 known.

Such plaster beads often have a reinforcing material section which is penetrated by the plaster mass and which improves the attachment and adhesion of the plaster layer.

Tests with such plaster strips have shown that if such plaster strips in the installed state come into contact with a flame from a Bunsen burner, for example, such plaster strips will catch fire after some time.

Although the fire hazard at this position is not too high because the adjacent components, in particular the plaster layer and/or the window or door frame, which is often made of plastic, cannot catch fire, there is a need, however, to reduce the risk of fire on the plaster strip side lower as much as possible.

It is therefore an object of the present invention to provide a plaster strip and a corresponding building transition in which the risk of ignition is reduced to a minimum while at the same time maintaining the tightness and freedom from damage at the plaster end.

This object is solved by the subject matter of the independent patent claims. Advantageous developments result from the dependent claims.

On a plaster bead made of plastic according to the invention is a mesh-like reinforcement material section, in particular made of glass mesh, glass silk or plastic fabric or glass mesh, glass silk or plastic scrim, for embedding in or under a plaster layer, in particular a plaster layer on thermal insulation a building wall.

The reinforcement material section includes a finish or coating that is free of flame retardants and has a non-flammable or non-combustible material that is at least in fire protection class B2 "normally flammable" according to DIN standard 4102-1, in particular in the fire protection class B2 "normally flammable" according to DIN standard 4102-1 or in fire protection class B1 "hardly flammable" according to DIN standard 4102-1 or in fire protection class A2 "non-combustible" according to DIN standard 4102-1.

According to the invention, the reinforcement material section together with the finish or coating has a basis weight of 100-300 g/m ² , in particular 150-200 g/m ² .

Alternatively or additionally, the weight of the finish or coating is 5-50% of the total weight of the reinforcing material section plus finish or coating.

A reinforcement material section with a finish or coating that together have such a basis weight, and/or a reinforcement material section in which the weight of the finish or coating has such a proportion of the total weight, combines the advantages of stability and durability with simultaneous flexibility and Flexibility, good plasterability and cost-effective production with a flame-retardant effect at the same time.

According to a fundamental finding of the inventors, the reinforcement material section of conventional plaster strips is often provided with a coating that is inherently highly combustible. This has not been considered so far, as the focus was only on the base material of the plasterboard and its flammability.

Therefore, the inventor has found that by forming the finish or coating as claimed in independent claim 1 and described here, the behavior of the reinforcement material section in the event of a fire is at least in fire protection class B2 "normally flammable", in particular in fire protection class B2 " normally inflammable", or in fire protection class B1 "hardly inflammable" or in fire protection class A2 "non-combustible", each according to DIN standard 4102-1, which results in a corresponding classification of the plaster strip as a whole in this same fire protection class .

The risk of ignition is reduced to a minimum, while maintaining the tightness and freedom from damage at the end of the plaster.

This is important both for the delivery condition and for the installed condition of the plasterboard, e.g. B. if undesirably a piece of reinforcement material is accessible from an outside of the building for a flame, and also for the installation phase of the plaster strip, because a fire can also break out during the plastering phase.

The fact that, according to the invention, the behavior of the reinforcement material section in the event of a fire is reduced to at least fire protection class B2 "normally flammable" according to DIN standard 4102-1 and the reduction in the risk of ignition of the plaster strip overall means that a fire is prevented from occurring or spreading in the Effectively counteracted in the delivered condition, in the installed condition and also during the installation phase, in which the armouring material section is partially accessible to a large area for a flame.

Instead of the wording “finish or coating made of a material that is not easily flammable” the synonymous wording “finish or coating does not fall into fire protection class B3 “easily flammable” according to DIN standard 4102-1 can also be used.

A plaster bead made of plastic according to the invention can be any plaster bead as long as it has a mesh-like reinforcement material section, in particular made of a glass mesh, glass silk or plastic fabric or a glass mesh, glass silk or plastic scrim, and as long as this net-like reinforcement material section is provided or intended for embedding in or under a layer of plaster, in particular a layer of plaster on thermal insulation or a building wall.

In particular, the plaster strip made of plastic according to the invention includes: end rails, which can also be referred to as end strips, plaster corner strips, which can also be referred to as fabric corner angles, plaster strips for placement at a building transition between a first component of a building, in particular a window or door frame, a window sill, a beam, a metal connection or a pilaster strip, and a second component of a building, in particular thermal insulation and/or a layer of plaster, as well as drip edge plaster strips and expansion joint plaster strips.

The finish or coating of the reinforcement material section according to the invention surrounds the net-like reinforcement material at least to the outside, ie on the side facing the outside of the building, and in particular surrounds or envelops the entire net-like reinforcement material section.

According to the invention, a finish is understood to mean when the reinforcement material section is immersed in the liquid mass of the finish material, is then removed from it again and dried.

The finish includes a non-flammable or non-combustible material that by nature falls into at least fire protection class B2 "normally flammable" according to DIN standard 4102-1.

According to the invention, a coating of the net-like reinforcement material section is understood to mean the application of the coating to the net-like reinforcement material section in a manner other than immersion, removal and subsequent drying, in particular the application of a coating by spraying, brushing, brushing or rolling.

The coating, which is innately a non-flammable or non-combustible material that falls into at least fire protection class B2 "normally flammable" according to DIN standard 4102-1, can be applied directly to the mesh-like reinforcement material section, in particular sprayed on , brushed on, brushed on or rolled on.

Due to the fact that the finish or coating inherently falls into such a favorable fire protection class, according to the invention there is no need to add a flame retardant, which saves costs and simplifies the production process.

After the plaster has been applied, the section of reinforcing material is usually below the surface of the plaster, but in most cases it is in turn attached to the substrate by means of putty. The reinforcement material section improves the adhesion of the plaster to the substrate and ensures that the plaster is permanently free of cracks.

At this point it is pointed out that instead of the fire protection classes B1 "hardly flammable" and B2 "normally flammable" of DIN standard 4102-1 used according to the invention, the corresponding classes for fire behavior from European standard EN 13501-1 can also be used as a reference .

• B; C-s1, d0 B1
• A2; B; C-s2, d0
• A2; B; C-s3, d0
• A2; B; C-s1, d1
• A2; B; C-s1, d2
• A2; B; C-s3, d2

The fire protection class B1 according to the DIN standard 4102-1 corresponds to the following classes of the EN standard 13501-1:

• B; C-s1, d0 B1
• A2; B; C-s2, d0
• A2; B; C-s3, d0
• A2; B; C-s1, d1
• A2; B; C-s1, d2
• A2; B; C-s3, d2

• D-s1, d0
• D-s2, d0
• D-s3, d0
• D-s1, d2
• D-s2, d2
• D-s3, d2
• E
• E-d2

The fire protection class B2 "normally flammable" of the DIN standard 4102-1 corresponds to the following classes of the EN standard 13501-1:

• D - s1, d0
• D-s2, d0
• D-s3, d0
• D-s1, d2
• Q-s2, d2
• Q-s3, d2
• E
• E-d2

Fire protection class B1 "hardly flammable" means that the ignitability in the event of edge or surface exposure to a small flame is limited to the level specified in DIN 4102-1.

The fire protection class B2 "normally flammable" means that the fire extinguishes itself after the source of the fire has been removed.

With regard to DIN standard 4102-1, the plastering strip according to the invention is to be regarded as outer wall cladding within the meaning of 6.1.1 b). In a test in which the flames escaping from a wall opening and the resulting stress are modeled, the spread of fire must not extend significantly outside the primary fire area.

According to 6.1.2.1 of DIN standard 4102-1, plastering strips according to the invention, which are to be regarded as building materials with the exception of floor coverings, meet the requirements for classification in building material class B1 if they pass the fire shaft test and meet the requirements of building material class B2.

1. a) der Mittelwert der Restlängen (nach 9.1 von DIN 4102-16: 1998-05) jedes Probekörpers mindestens 15 cm beträgt und dabei keine Probe eine Restlänge von 0 cm aufweist,
2. b) bei keinem Versuch die mittlere Rauchgastemperatur 200°C überschreitet,
3. c) die Proben nur soweit nachbrennen, mit Flamme nachglimmen oder nachschwelen, dass die Anforderung an die Restlänge erfüllt werden.

According to 6.1.2.2 of DIN standard 4102-1, the fire shaft test is passed if, in a test according to 6.1.3.1

1. a) the mean value of the residual lengths (according to 9.1 of DIN 4102-16: 1998-05) of each specimen is at least 15 cm and no specimen has a residual length of 0 cm,
2. b) the mean flue gas temperature does not exceed 200°C in any test,
3. c) the specimens only burn, smolder with a flame or smolder to the extent that the requirement for the residual length is met.

With regard to further details on testing for building material class B1, reference is made to 6.1.3 and 6.1.4 of DIN standard 4102-1.

Plaster strips according to the invention fall into building material class B2 if, under exposure to a small, defined flame (match flame), the ignitability and flame propagation is limited within a certain time, see 6.2.1 of DIN standard 4102-1.

• eine Winkelschiene, deren erster Schenkel zur Befestigung an dem Bauwerk und deren zweiter Schenkel zur Anlage gegen eine Abschluss-Stirnseite der Dämmung vorgesehen ist; und
• eine Außenleiste, die am Endbereich des zweiten Schenkels der Winkelschiene befestigt ist und einen Außenschenkel zur Anlage an der Außenseite der Dämmung aufweist,
• wobei die Winkelschiene und die Außenleiste als gemeinsames Extrusion-steil oder als separate Extrusionsteile ausgebildet sind; und
• wobei der in den Putz einzubettende Armierungsmaterial-Abschnitt an dem Außenschenkel vorgesehen ist.

According to a first embodiment of the invention, the plaster strip is designed as an end rail for thermal insulation of a building or soundproofing of a building and also has the following:

• an angle rail, the first leg of which is intended for fastening to the structure and the second leg of which is intended for bearing against a closing end face of the insulation; and
• an outer strip which is attached to the end area of the second leg of the angle rail and has an outer leg for contact with the outside of the insulation,
• wherein the angle rail and the outer strip are formed as a common extrusion part or as separate extrusion parts; and
• wherein the reinforcing material section to be embedded in the plaster is provided on the outer leg.

The outer strip can be glued to the angle rail or clipped onto the angle rail. Both types of connection can be B. at the construction site without any problems and result in a permanent connection that can withstand even under adverse weather conditions.

The outer strip may have a terminal end leg which is intended to bear against a terminal end face of the insulation. The outer strip can be attached to the insulation in a simple and precisely positioned manner with such a terminal leg on the front side.

The outer bar can have another leg that forms a drip nose for water. This further leg can, for example, protrude downwards in the installation situation at the lower end of the thermal insulation and reduce the proportion of water that gets from the outside in the direction of the thermal insulation and in the direction of the building. This keeps the angle rail drier and also, in the event that the outer strip is glued to the angle rail, prevents too much water from getting to the adhesive strip.

The angle rail and the outer strip can be connected to one another by means of an adhesive strip, in particular by means of an adhesive strip provided between the second leg of the angle rail and the end-face leg of the outer strip. This strip of adhesive, which also includes a quantity of applied adhesive, reliably and permanently connects the angle rail and the outer bar, and provides a good seal therebetween.

A flexible transition region can be provided between the outer leg and the terminal leg of the outer strip on the face side. This can allow a change in position between the outer leg and the end leg in a certain angular range, so that the end rail according to the invention can be used for different installation situations.

The transition area can have an insertion area in the transverse direction for a connector. Thus, a connector can be plugged into the transition region in the transverse direction, and the end rail can be connected and adjusted to an end rail arranged next to it in the transverse direction. In the case of the end rail arranged next to it, a plug-in area is then preferably also provided in the transverse direction, into which the plug connector can be plugged. In this way, a fixation of the two end rails arranged next to one another can be guaranteed.

The second leg of the angle rail can form a step-like course, arranged in particular in its outer end region. In particular, the outer end area can be at a level below the level of the remaining area of the second leg of the angle rail. The outer strip is often glued or attached to the outer end area of the second leg. It can thus be achieved that the upper side of the second leg of the angle rail and the upper side of the terminal leg of the outer strip are at the same height level, which enables a favorable connection to the thermal insulation arranged above.

• einen ersten Schenkel zur Anlage an dem Bauwerk an der ersten Seite der Bauwerksecke; und
• einen zweiten Schenkel zur Anlage an dem Bauwerk an der zweiten Seite der Bauwerksecke,
• wobei der erste und der zweite Schenkel als gemeinsames Extrusionsteil oder als separate Extrusionsteile ausgebildet sind, und
• wobei der in den Putz einzubettende Armierungsmaterial-Abschnitt an wenigstens einem des ersten oder des zweiten Schenkels vorgesehen ist.

According to a second embodiment of the invention, the plaster bead is designed as a plaster corner bead for arrangement on a vertical or a horizontal building corner, in particular a building corner provided with thermal insulation, and also has the following:

• a first leg for abutting the structure on the first side of the structure corner; and
• a second leg for contact with the structure on the second side of the structure corner,
• wherein the first and the second leg are formed as a common extrusion or as separate extrusions, and
• wherein the reinforcing material section to be embedded in the plaster is provided on at least one of the first and second legs.

A plastering area can be formed by at least one of the legs. This makes it easier to plaster the plaster cornice.

A transition area can be provided between the first and the second leg. This can allow a change in position between the two legs in a certain angular range, so that the plaster corner bead according to the invention can be used for different installation situations.

The transition area can be provided with a groove-like profiling at least on the side facing the plastering area. Such a channel profiling increases the surface area of the leg, with which the plaster forms a bond, and thus adhesion is improved.

The transition area can have an insertion area in the transverse direction for a connector. Thus, a connector can be plugged into the transition region in the transverse direction, and the plaster corner bead can be connected to a plaster corner bead arranged next to it or above/below. With the plaster corner strip arranged next to it an insertion area is then preferably also provided in the transverse direction, into which the connector can be inserted. In this way, a fixation of the two plaster corner strips arranged next to each other can be guaranteed.

According to a further embodiment of the plaster corner bead according to the invention, a particularly flexible transition area is provided between the first and the second leg. This can allow a change in position between the two legs in a certain angular range, so that the plaster corner bead according to the invention can be used for different installation situations.

• einen Festlegungsbereich, mit dem die Anputzleiste insbesondere an wenigstens einem Bauteil des Übergangs befestigbar ist; und
• einen Anputzbereich, der zum Einputzen in die Putzschicht und/oder zur festen Verbindung mit der Wärmedämmung bestimmt ist;
• wobei der Festlegungsbereich und der Anputzbereich als ein gemeinsames Extrusionsteil oder als separate Extrusionsteile ausgebildet sind; und
• wobei der in den Putz einzubettende Armierungsmaterial-Abschnitt an dem Anputzbereich vorgesehen ist und eine Appretur oder Beschichtung aus einem nicht leicht entflammbaren oder nicht brennbaren Material aufweist, das mindestens in die Brandschutzklasse B2 "normal entflammbar" nach der DIN-Norm 4102-1, insbesondere in die Brandschutzklasse B2 "normal entflammbar" nach der DIN-Norm 4102-1 oder in die Brandschutzklasse B1 "schwer entflammbar" nach der DIN-Norm 4102-1 oder in die Brandschutzklasse A2 "nicht brennbar" nach der DIN-Norm 4102-1 fällt.

According to a third embodiment of the invention, the plaster strip is intended as a plaster strip for placement on a transition between a first component of a building, in particular a window or door frame, a window sill, a beam, a metal connection or a pilaster strip, and a second component of a building, in particular a Thermal insulation and/or a plaster layer, and also has the following:

• a fixing area with which the plastering strip can be fastened in particular to at least one component of the transition; and
• a plastering area intended for plastering into the plaster layer and/or for permanent connection with the thermal insulation;
• wherein the fixing area and the plastering area are formed as a common extrusion or as separate extrusions; and
• The reinforcement material section to be embedded in the plaster is provided on the plastering area and has a finish or coating made of a non-flammable or non-combustible material that at least has fire protection class B2 "normally flammable" according to DIN standard 4102-1, in particular in fire protection class B2 "normally flammable" according to DIN standard 4102-1 or in fire protection class B1 "hardly flammable" according to DIN standard 4102-1 or in fire protection class A2 "non-flammable" according to DIN standard 4102-1 falls.

The fixing area and the plastering area can be formed in one piece. Such a plaster strip reliably seals the building transition and is relatively simple in construction.

The attachment area may have an adhesive strip for attachment to the first building component. With such an adhesive strip, the attachment area is reliably connected to the part of the building.

The term “adhesive strip” also includes an amount of adhesive applied in the form of a strip. The design can be such that the adhesive strip, which connects to the rest of the plastering strip on one side and can be glued to the first building component on the other side, already represents the fixing area as such. However, it is emphasized that there are alternative ways of designing the fixing area, in particular screwing the plaster strip to one of the two parts of the building or clamping it into a gap between the first component of the building and the thermal insulation or fixing or fastening to the insulation.

The fixing area and the plastering area can be designed separately from one another in such a way that—possibly after separating a strip-shaped protective flap—a relative movement between the fixing area and the plastering area is made possible by means of a guide connection. In this case, the plastering strip is formed in two parts, one part being formed by the attachment area and the other part by the plastering area. Such relative mobility between the fixing and plastering area allows material movements, for example as a result of temperature fluctuations or shrinkage, between the fixing area fixed to the first building component and the plastering area fixed to the plaster layer to be easily and reliably compensated by a relative movement of the plastering area to the Specification area is enabled. At the same time, the sealing function of the plaster strip is retained without damaging the plaster connection or the plaster.

The fixing area and the plastering area can be connected to one another via a flexible material section that allows a relative movement between the fixing area and the plastering area. In this embodiment, too, the plastering strip can compensate for material movements, for example as a result of temperature fluctuations, between the first and the second building component, specifically through a movement, for example an expansion of the flexible material section. At the same time, the sealing function of the plaster strip is retained without damaging the plaster.

A delayed expansion expansion strip may be provided which is configured to expand towards and abut one of the two building components, optionally after a confinement area has been released, so as to ensure a seal between the two components.

In a further embodiment, the glass mesh or glass silk fabric or the glass mesh or glass silk scrim of the reinforcement material section falls into fire protection class A1 or A2 "non-combustible" according to DIN standard 4102-1, or the plastic fabric falls into this category or plastic fabric of the reinforcement material section in fire protection class B1 "hardly inflammable" or in fire protection class B2 "normally inflammable" according to DIN standard 4102-1. The combination of the reinforcement material section and the finishing or the coating of the reinforcement material section thus falls into at least fire protection class B2 "normally flammable" according to DIN standard 4102-1, in particular fire protection class B2 "normally flammable" according to DIN -Norm 4102-1 or in fire protection class B1 "hardly inflammable" according to DIN standard 4102-1 or in fire protection class A2 "non-combustible" according to DIN standard 4102-1.

• Latex,
• ein Acrylat, insbesondere ein Reinacrylat,
• PVDC (Polyvinylidenchlorid),
• PTFE (Polytetrafluorethylen, Handelsname Teflon),
• PFEP (Perfluor(ethylen-propylen),
• PCTFE (Polychlortrifluorethylen),
• PVC (Polyvinylchlorid),
• Polycarbonat(e) (PC), Polyetheretherketon(e) (PEEK), Polyvinylacetat (PVAC),
• Polyphenylsulfon(e) (PPSU), Polyethersulfon(e) (PES),
• Polyvinylidenfluorid (PVDF), Perfluoralkoxy-Copolymere (PFA), Chlorbutadienkautschuk (CR),
• Ethylen-Propylen-Dien-Kautschuke (EPDM),
• Polyetherimid(e) (PEI),
• Phenolharze, und
  Acrylnitril-Butadienkautschuk (NBR).

In one embodiment, which is applicable to all types of strips, the finish or coating made of a non-flammable material has at least one material selected from the following group:

• Latex,
• an acrylate, in particular a pure acrylate,
• PVDC (polyvinylidene chloride),
• PTFE (polytetrafluoroethylene, trade name Teflon),
• PFEP (Perfluoro(ethylene-propylene),
• PCTFE (polychlorotrifluoroethylene),
• PVC (polyvinyl chloride),
• Polycarbonate(s) (PC), Polyetheretherketone(s) (PEEK), Polyvinyl acetate (PVAC),
• Polyphenylsulfone(s) (PPSU), Polyethersulfone(s) (PES),
• Polyvinylidene fluoride (PVDF), perfluoroalkoxy copolymers (PFA), chlorobutadiene rubber (CR),
• ethylene propylene diene rubbers (EPDM),
• polyetherimide(s) (PEI),
• phenolic resins, and
  Acrylonitrile Butadiene Rubber (NBR).

The inventor of the present patent application has recognized that these materials have, on the one hand, the necessary structural properties for the section of reinforcement material that they surround, in particular with regard to plasterability and good adhesion of the plaster to it, with regard to temperature resistance and Stability, while being flexible, and in terms of strength and durability.

On the other hand, these materials for the finishing or the coating of the reinforcement material section are inherently in a favorable fire protection class, in particular at least in fire protection class B2 "normally flammable" according to DIN standard 4102-1, in particular in fire protection class B2 "normally flammable" according to DIN standard 4102-1 or fire protection class B1 "hardly inflammable" according to DIN standard 4102-1 or fire protection class A2 "non-combustible" according to DIN standard 4102-1.

Latex is generally a polymer dispersion, i.e. a mixture of plastic particles and a water-like liquid.

Polycarbonate/polycarbonate (PC) falls/fall into the V2 classification according to UL94 (0.8 mm) and is characterized by its rigid and hard material properties.

Polyetheretherketone/polyetheretherketone (PEEK) has/have a V0 classification according to UL 94 (0.41 mm) and is partially crystalline and intrinsically flame-retardant.

Polyvinylidene fluoride (PVDF) has a V0 classification according to UL 94 (3 mm).

Polyvinyl acetate has the abbreviation PVAC, sometimes just PVA.

Polyphenylsulfone/polyphenylsulfone (PPSU) is/are classified V0 according to UL 94 (0.75 mm).

Polyethersulfone/polyethersulfone (PES) is/are classified V0 according to UL 94 (1.5 mm).

Perfluoroalkoxy copolymers (PFA) are classified V0 according to UL94.

Chlorobutadiene rubber (CR) is self-extinguishing and significantly flame retardant.

Ethylene propylene diene rubber/ethylene propylene diene rubber (EPDM) is/are ozone and UV resistant,

Polyetherimide/Polyetherimide (PEI) has/have a V0 classification according to UL 94 (0.41 mm) and is inherently flame retardant.

Phenolic resins are classified V0 according to UL94, are duroplastics and are characterized by their rigid and brittle material properties.

Acrylonitrile butadiene rubber (NBR) is classified V0 according to UL94 and is self-extinguishing.

• wobei der erste Schenkel der Winkelschiene zur Befestigung an dem Bauwerk, insbesondere der Gebäude-Außenwand anliegt und der zweite Schenkel der Winkelschiene gegen eine Abschluss-Stirnseite der Dämmung anliegt; und
• wobei die Außenleiste am Endbereich des zweiten Schenkels der Winkelschiene befestigt ist und mit ihrem Außenschenkel an der Außenseite der Dämmung aufliegt,
• wobei der in den Putz einzubettende Armierungsmaterial-Abschnitt an dem Außenschenkel vorgesehen und insbesondere wenigstens teilweise eingeputzt ist.

The invention also relates to a building, in particular an outer wall of a building, with building heat insulation or building sound insulation and with an end rail according to the invention arranged thereon,

• wherein the first leg of the angle rail rests against the structure, in particular the outer wall of the building, for attachment, and the second leg of the angle rail rests against a closing end face of the insulation; and
• wherein the outer strip is attached to the end area of the second leg of the angle rail and rests with its outer leg on the outside of the insulation,
• wherein the reinforcement material section to be embedded in the plaster is provided on the outer leg and in particular is at least partially plastered in.

• wobei der erste Schenkel der Putz-Eckleiste an dem Bauwerk an der ersten Seite der Bauwerksecke anliegt;
• wobei der zweite Schenkel der Putz-Eckleiste an dem Bauwerk an der zweiten Seite der Bauwerksecke anliegt; und
• wobei der in den Putz einzubettende Armierungsmaterial-Abschnitt an wenigstens einem des ersten oder des zweiten Schenkels vorgesehen und insbesondere wenigstens teilweise eingeputzt ist.

The invention also relates to a vertical or horizontal building corner, which is in particular provided with thermal insulation and has a plaster corner bead according to the invention arranged on it:

• wherein the first leg of the plaster beading abuts the structure on the first side of the structure corner;
• wherein the second leg of the plaster beading abuts the structure on the second side of the structure corner; and
• wherein the reinforcement material section to be embedded in the plaster is provided on at least one of the first or the second leg and in particular is at least partially plastered in.

• deren Festlegungsbereich insbesondere an wenigstens einem Bauteil des Übergangs befestigt ist; und
• deren Anputzbereich und deren Armierungsmaterial-Abschnitt wenigstens teilweise in die Putzschicht eingeputzt sind.

The invention also relates to a building transition between a first component of a building, in particular a window or door frame, a window sill, a beam, a metal connection or a pilaster strip, and a second component of a building, in particular thermal insulation and/or a layer of plaster, with a plaster strip according to the invention arranged thereon,

• the attachment area of which is attached in particular to at least one component of the transition; and
• their plastering area and their reinforcement material section are at least partially plastered into the plaster layer.

The embodiments and advantages mentioned here, which are not repeated here, apply to this building, in particular the outer wall of the building, to this building corner and to this building transition. The risk of ignition is reduced to a minimum, while maintaining the tightness and freedom from damage at the end of the plaster.

• Fig. 1 zeigt eine Seitenansicht einer ersten Anputzleiste gemäß einem ersten Ausfiihrungsbeispiel der Erfindung;
• Fig. 2 zeigt eine Seitenansicht einer zweiten Anputzleiste gemäß einem zweiten Ausfiihrungsbeispiel der Erfindung;
• Fig. 3 zeigt eine Seitenansicht einer Abschlussschiene gemäß einem dritten Ausführungsbeispiel der Erfindung; und
• Fig. 4 zeigt eine Seitenansicht einer Putz-Eckleiste gemäß einem vierten Ausführungsbeispiel der Erfindung.

The invention is explained in more detail below using exemplary embodiments with reference to the attached figures.

• 1 shows a side view of a first plastering strip according to a first embodiment of the invention;
• 2 shows a side view of a second plastering strip according to a second embodiment of the invention;
• 3 shows a side view of an end rail according to a third embodiment of the invention; and
• 4 shows a side view of a plaster cornice according to a fourth embodiment of the invention.

The first plastering bead 2, the second plastering bead 26, the end rail 68 and the plaster corner bead 96 are described below as representative of any plastering bead, end rails and plaster corner bead in which a mesh-like reinforcement material section, in particular made of glass mesh, glass silk or plastic - Fabric or made of glass mesh, glass fiber or plastic fabric, for embedding in or under a plaster layer, in particular a plaster layer on a thermal insulation of a building wall, and in which this reinforcement material section includes a finish or coating described below. The extrusion parts can be produced cheaply and are characterized by a profile cross section that is constant over their entire length.

In the following exemplary embodiments, plastic plaster strips ( figures 1 and 2 ), a finishing rail ( figure 3 ) and a plaster cornice ( figure 4 ) shown and described, in which a reinforcement material section is attached to the corresponding plaster strip, in particular to a base body thereof.

At this point, however, it should be noted that the invention is not limited to these plastic plaster strips shown as an example, but that other strip types, such. B. a drip edge plaster strip or expansion joint plaster strip are covered by the present invention, as long as these strips only have a reinforcing material section with a finish or coating according to the claims.

1 and 2 show the plastering strips 2 and 26 in the delivery state, in which the strip-shaped protective flap has not yet been separated.

In the 1 The first plastering strip 2 shown as an example comprises a fixing area 4 and a plastering area 10 with a reinforcing material section 18 and a strip-shaped protective flap 22.

The attachment area 4 and the plastering area 10 are formed integrally with one another, so that the present plastering strip 2 can also be referred to as a one-piece plastering strip 2 .

The protective tab 22 in the form of a strip is connected to a plaster end side 14 of the plaster area 10 by means of a break-off material bridge 24 . The protective strip 22 in the form of a strip also has a spacer web which can lie against the outside of a first building component when the plastering strip 2 is in the assembled state.

The fixing area 4, the plastering area 10 and the strip-shaped protective flap 22 have been produced together from one material by way of extrusion.

In the present case, the determination area 4 is defined by an in 1 horizontal base wall 6 and an adhesive strip 8 fixed thereto, which is intended for attachment to a first building component, for example a window or door frame. The first building component on which the adhesive strip 8 rests can also be designed as a window sill, as a beam, as a metal connection, or as a pilaster strip.

The plastering area 12 is formed by the outside of the protruding leg 12, by the plaster end side 14 directed away from the window or door frame, and by the reinforcing material section 18.

On the underside, the first plastering strip 2 has a stepped course, the underside of the plaster end side 14 is, in relation to the installation situation, closer to the window/door frame than the underside of the base wall 6.

In the present case, the reinforcement material section 18 is connected to the protruding leg 12 by means of a connection, which is shown here as an example of ultrasonic welding 20 .

The plaster end face 14 directed away from the window or door frame and the surface of the projecting leg 12 directed from the thermal insulation towards the opposite side of the window or door frame are provided with a channel profile 16 to improve the adhesion of the plaster.

At the construction site, the plastering strip 2 is first cut to the appropriate length specified by the dimensions of the window or door opening and then attached to the transition between the window/door frame and the thermal insulation by the plastering strip 2 with its fixing area 4 in the gap between the window or door frame and thermal insulation is pushed in so that the plaster strip 2 rests with the upper side of its base wall 6 on the gap-side front side of the thermal insulation, with the back of its removable leg 12 resting on the outside of the thermal insulation and with the adhesive strip 8 on the surface of the window or door frame is glued on.

After covering the window with window frame or the door with door frame with a film that is attached to the strip-shaped protective flap 22, in particular glued, the plastering takes place. In this case, if necessary after prior application of a filler behind the reinforcement material section 18, a plaster layer embedding the reinforcement material section 18 and the plastering area 10 up to a plaster removal edge is applied, which is essentially formed by the end of the plaster end side 14, to which the strip-shaped protective flap 22 adjoins . The strip-shaped protective flap 22 is broken off and removed after plastering has taken place.

The adhesive strip 8 can have a certain ability to expand and shrink in order to change the distance between the underside of the base wall 6 and the surface of the window or door frame to compensate within certain limits, which ensures a good seal under changing conditions.

As an alternative to providing an adhesive strip 8, the element 8 can also be in the form of an expansion strip with a certain ability to expand and shrink without having to be adhesively bonded on its side facing the window or door frame. In this case, it is inserted and, as it were, braced in the gap or fastened to the insulation. As a result, changes in distance between the underside of the base wall 6 and the surface of the window or door frame can also be compensated within certain limits, which ensures good sealing under changing conditions.

In the 2 The second plastering strip 26 shown as an example has, like the first plastering strip 2, a fixing area 28, part of which can be fastened to a first building component, in particular a window or door frame, a plastering area 40, which is designed here as a movable front area 40, to which an armouring material section 64 is attached and which is intended to be embedded in a layer of plaster together with the armouring material section 64, as well as a strip-shaped protective flap 26.

The adhesive layer applied to the outside of the strip-shaped protective flap 60 can now be seen; it is connected to both the fixing area 28 and the attachment area 40 via a break-off material bridge 62 , otherwise it matches the strip-shaped protective flap 22 1 agree and will not be explained again in the following.

Unlike the first plastering strip 2, which is designed in one piece, the second plastering strip 26 is now designed in two parts, with a fixing area 28 and a plastering area 40 that can be moved relative to it.

The fixing area 28 includes a base wall 30 with an adhesive strip 32 attached to its underside, which rests sealingly with its underside when the plastering strip 26 is mounted on the window or door frame and is optionally glued thereto.

If the expansion strip 32 is made of a flexible material, it can be compressed and expanded again, so as to change the spacing to be able to compensate within certain limits between the underside of the base wall 30 and the surface of the window or door frame.

At the right outboard end of the base wall 38, a protective lip 34 extends downwardly. This protective lip can be made of a softer, flexible plastic material and thus have a certain flexibility. When the second plastering strip 26 is installed, such a flexible protective lip 34 rests against the surface of the window or door frame, specifically at a position outside of the adhesive strip 32 and thus reliably prevents moisture from reaching the adhesive strip 32 . The protective lip 34 can in particular be coextruded together with the base wall 30 and the guide extension 36, which will be explained in more detail below, with the plastering area 40 and the strip-shaped protective tab 60.

A guide extension 36 projects upwardly from base wall 30 and is integrally formed therewith. This guide extension 36 comprises a widened end head 38 arranged at the top, an extension wall area of smaller wall thickness underneath and an extension wall area of further reduced wall thickness which forms the connection with the base wall 30 .

The displaceable plastering area 40 is divided into a projecting leg 36 arranged at the top, a receiving space 42 starting behind it with an inner thermal insulation contact side 48 and an outer plaster side 54, with the projecting leg 46 having an inner plaster side 50 and an outer plaster side 54, and one at the bottom cleaning end side 56 which attaches to the outer end of the receiving space 42 and runs outwards.

The receiving space 42 is dimensioned such that the front end of the end head 38 is at a small distance from the top wall of the receiving space 42 when the guide extension 36 is located completely in the receiving space 42 and accordingly when the rear end surface of the side walls of the receiving space 42 rests against the front side of the base wall 30 is positioned. Mutually opposite guide projections 44 attach to the lower end of the inner sides of the receiving space 42 and extend so far inward, based on the axis of symmetry of the receiving space 42, that they receive and guide the guide extension 36 between them. In the position of the guide extension 36 shown, the guide projections 44 engage in the lowermost area of the guide extension 36 with a reduced wall thickness and hold this guide extension 36 and thus the entire fixing area 36 with respect to the displaceable plastering area 40 in the minimum displacement position. The guide projections 44 can consist of a plastic material that is softer than the material of the displaceable plastering area 40 .

If one imagines that the break-off material bridge or the break-off material bridges 62 of the fixing area 28 and the displaceable attachment area 40 to the strip-shaped protective flap 60 are severed, the attachment area 40 can be displaced in relation to the attachment area 28, specifically up to a maximum displacement position, in which the guide projections 44 abut the end head 38. As a result, movements between the thermal insulation/plaster layer and the window/door frame can be compensated for in a particularly advantageous manner.

From a central portion of the top wall of the accommodating space 42, the upper take-off leg 46 extends upward. The inner plaster side 50 and the outer plaster side 52 of the projecting leg 46, the outer plaster side 54 of the outer wall of the receiving space 42 and the plaster end side 56 are provided with a channel profile 58 in order to increase the surface to which the plaster adheres, and thus a to create a better connection with the plaster. This groove profiling 58 can, as in 2 visible, also extend over the front wall of the receiving space 42.

On the outer plaster side 52 of the projecting leg 46 is an in 2 armouring material section 64 that extends forward, by means of ultrasonic welding 66, shown here as an example.

When installing the second plastering strip 26, there does not have to be a gap between the thermal insulation and the window/door frame. At the construction site, the plastering strip 26 is first cut to the appropriate length specified by the dimensions of the window or door opening and then attached to the transition between the window/door frame and the thermal insulation by placing it against the thermal insulation with the thermal insulation contact side 48 and with applied and glued to the window/door frame using the adhesive strip 32. The protective film is then stretched over the window or door frame and fixed to the adhesive layer of the strip-shaped protective flap 60. The plastering area 40 is then plastered in, optionally after the previously applied filler behind the reinforcing material section 64 . When plastering, the plaster layer extends either over the entire area of the plastering area 40 provided with channel profiling 58 or, if filler has been applied, over the outer plaster sides 52, 54 and across the cleaning end face 56 to the cleaning end edge defined by the end of the cleaning end side 56 .

After plastering has taken place, the strip-shaped protective tab 60 can be removed by cutting through the break-off material bridges 62, for example by pulling them off by hand, optionally cutting the ends.

By cutting through the demolition material bridge 62, which previously held the fixing area 28 and the movable attachment area 40 together via the strip-shaped protective tab 60, the movable attachment area 40 is now decoupled from the attachment area 28 and can be separated by the construction with guide extension 36, end head 38, and receiving space 42 move with guide projections 44 relative to the base wall 30, and thus compensate for movements between thermal insulation and plaster layer and window / door frame.

The second plastering strip 26 is a two-part plastering strip described as an example, in which two areas 28 and 40 can be shifted relative to one another in order to be able to compensate for movements between the thermal insulation/plaster layer and the window/door frame.

The invention also covers other two-part plastering strips, in particular two-part plastering strips which are at least partially pushed into a gap between the thermal insulation and the window/door frame.

In the 3 The end rail 68 shown comprises an angle rail 70 and an outer strip 80 connected to it.

The angle rail 70 has a first leg 72, which is intended to rest against a structure not shown here, for example a wall, and which can be fastened thereto, for example by shot-in bolts or by screws, and a second, essentially horizontal leg Leg 74, which attaches to the underside of the first leg 72, continues from there horizontally outwards and has a step 76 downwards at its end remote from the wall.

The outer strip 80 also has a substantially horizontally running terminal leg 82 on the front side and an outer leg 84 connected thereto via a transition region 76 and protruding upwards. The terminal leg on the front side 82 is arranged above the step 76 of the second leg 74 of the angle rail 70 and is glued by means of a foam adhesive tape or compressed sealing tape 78 to the step end region 76 which is set back downwards. The upper side of the second leg 74 (with the exception of the section of the step 76) and the upper side of the terminal end-side leg 82 form a plane in the present example.

A reinforcement material section 92 is connected to the outside of the outer leg 84 by means of suitable fastenings, which in the present case are designed as ultrasonic welds 94 .

The transition area 86 between the end-side leg 82 and the outer leg 84 is rounded in the present exemplary embodiment and describes approximately a half or two-thirds circle with an opening sloping inwards and upwards, so that a plug-in area for a connector is formed here in the transverse direction. A channel profile 104 is formed on each of the outer wall areas that are sloping downwards inwards and upwards outwards, and the right-hand outer wall area of the transition area 86 forms a plaster removal edge or a plaster end face.

Furthermore, a drip nose lip 90 is provided, which extends obliquely downwards inwards from the right lower end area of the transition area 86 . Such a drip nose lip 90 ensures that the underside of the angle rail 70 remains dry and that the proportion of water that can reach the adhesive strip 78 is minimized.

When using the end rail 68, one normally works in such a way that, if necessary after cutting the end rail 68 to the appropriate predetermined length, first the angle rail 70 is fastened to the building wall, usually several angle rails 70 are fastened one after the other along the length of the wall be worked at the transitions with overlapping or where at the transitions connectors that engage in the transition areas 86 are attached, which connect two adjacent end rails 68 with each other.

Then the outer batten 80 is glued on, usually several, one after the other along the length of the angle rails 70. Then the thermal insulations are put in place, so that they rest with their building side on the first leg 72 and above the wall and that they rest with the underside on the second leg 74 of the angle rail 70 and the terminal leg 82 on the front side. When bringing in and placing the insulation, the outer leg 74 together with the reinforcement material section 92 can be pivoted outwards. The insulation is attached to the wall in the usual way.

Now the armouring material section 92 is fastened from the outside with filler on the outside of the thermal insulation. It goes without saying that further reinforcement material, which is not shown, overlaps the reinforcement material section 92 and is also fastened to the insulation. After the filler has set or hardened, a layer of plaster is applied to the outside. The in 3 outermost transition area section 86 serve as a pull-off edge.

The plaster corner strip 96 of 4 has, like the outer strip 80 of the end rail 68, a first in 4 horizontally extending leg 98, a second, in 4 leg 100 running vertically, i.e. upwards, and a transition area 102, which connects the right-hand end of the first leg 98 and the lower end of the second leg 100 and essentially describes the course of a semicircle or two-thirds circle, so that the legs 98 and 100 can be pivoted in relation to one another and that a connector or plug-in pin can be introduced into the transition area 102 in the transverse direction in order to connect two plaster corner strips 96 lying next to one another in the transverse direction.

A first armouring material section 110 , which runs to the left in the direction of the first leg 98 , is fastened to the underside of the first leg 98 by means of suitable connections, which are shown here by way of example as ultrasonic welds 112 . Likewise, a second armouring material section 114 is fastened to the outside of the second leg 100 by means of suitable connections, which are shown here as ultrasonic welds 116 by way of example. This second armouring material section 114 runs upwards in the direction of the second leg 100 .

The outer wall area of the transition area 102 pointing downwards to the left and the outer wall area pointing upwards to the right are each provided with a channel profile 104 to improve the adhesion of the plaster.

The lowermost wall portion of the transition area 102 forms a first plaster pull-off edge 106 and the rightmost wall portion of the transition area 102 forms a second plaster pull-off edge 108. By bending the With legs 98 and 100 in relation to each other, plaster bead 96 can be adjusted to virtually any required angle at a corner.

When plastering building corners, the procedure is as follows. First, the plaster cornice 96, in practice several plaster cornices 96 arranged next to or one above the other, are applied to the corner of the building and connected to the building in the usual way, for example by shooting in bolts. Overlapping can be used here, or adjacent plaster cornices can be connected to one another by plug connectors or plug-in pins that are inserted into the transition areas 102 of the adjacent plaster cornices 96 . Then the reinforcement material sections 102 are attached from the outside with filler to the building walls on both sides of the building corner, and then further reinforcement material sections, not shown here, can be attached and also attached to the building wall with filler. Plaster is now applied to both walls from the outside on both sides of the corner of the building, with the plaster stripping edges 106 and 108 being able to specify the thickness of the plaster layer to be applied here. After the layer of plaster has hardened, the corner of the building is plastered.

In all plaster strips described: first plaster strip 2, second plaster strip 26, end rail 68 and plaster corner strip 96, the reinforcement material section 18, 64, 92, 114 is welded to the respective base body, in particular ultrasonic welded joints 20, 66, 94, 116 attached to the plaster strip. As an alternative to this and also covered by the present invention, the situation when the reinforcement material section is attached to the respective plaster strip, in particular to its main body, in a different way, e.g. B. by pinching, snapping, gluing or the like.

All of the reinforcement material sections 18, 64, 92 and 114 described have in common that they have a finish or coating that is free of flame retardants and has a non-flammable or non-combustible material that is at least in fire protection class B2 "normally flammable". according to DIN standard 4102-1, in particular in fire protection class B2 "normally flammable" according to DIN standard 4102-1 or in fire protection class B1 "hardly flammable" according to DIN standard 4102-1 or in fire protection class A2 "not combustible" according to DIN standard 4102-1.

By providing the reinforcing material section 18, 64, 92 and 114 of the respective plaster strips 2, 26, 68 and 96 with such a coating or finish, the behavior of the reinforcing material section 18, 64, 92 and 114 and thus the plaster strip 2, 26, 68, 96 overall, in the event of a fire, at least fire protection class B2 "normally flammable", in particular fire protection class B2 "normally flammable", or fire protection class B1 "hardly flammable", or fire protection class A2 "non-flammable", in each case according to the DIN standard 4102-1, reduced.

All the reinforcement material sections 18, 64, 92 and 114 described also have in common that, together with the finish or coating, they have a basis weight of 100 - 300 g/m ² , in particular 150 - 200 g/m ² , and/or that the weight of the finish or coating is 5-50% of the total weight of armor material sections 18, 64, 92 and 114 plus finish or coating.

In one embodiment, the glass mesh, glass fiber or plastic fabric or glass mesh, glass fiber or plastic fabric of the reinforcement material section 18, 64, 92 and 114, taken by itself, has a basis weight of about 130 g/m ² , and the finish or coating, taken by itself, has a basis weight of about 35 g/m ² , which corresponds to a proportion of 21% of the total weight.

In order to avoid repetition, reference is made at this point to the embodiments and advantages described above, which also relate to those in the present Figures 1 to 4 The cleaning strips 2, 26, 68 and 96 shown are expressly to be regarded as disclosed.

Reference List

2

first plasterboard

4

definition area

6

base wall

8th

adhesive strips

10

plastering area

12

take-away leg

14

cleaning end side

16

gutter profiling

18

reinforcement material section

20

ultrasonic welding

22

strip-shaped protective flap

24

demolition material bridge

26

second plasterboard

28

definition area

30

base wall

32

adhesive strips

34

protective lip

36

lead extension

38

end head

40

Movable front area/plaster area

42

recording room

44

guide protrusions

46

take-away leg

48

thermal insulation plant side

50

inner plaster side

52

outer plaster side

54

outer plaster side

56

cleaning end side

58

gutter profiling

60

strip-shaped protective flap

62

demolition bridge

64

reinforcement material section

66

ultrasonic welding

68

end rail

70

angle rail

72

first leg

74

second leg

76

power amplifier

78

adhesive strips

80

outer bar

82

Close-face leg

84

outer thigh

86

Transition area/connector insertion area

88

groove profiling

90

drip nose lip

92

reinforcement material section

94

ultrasonic welding

96

plaster cornice

98

first leg

100

second leg

102

Transition area/connector insertion area

104

gutter profiling

106

first plaster edge

108

second plaster edge

110

first reinforcement material section

112

ultrasonic welds

114

second reinforcement material section

116

ultrasonic welds

Claims (14)

Plaster strip (2, 26, 68, 92) made of plastic, on which a mesh-like reinforcement material section (18, 64, 92, 114), in particular made of glass mesh, glass silk or plastic fabric or made of glass mesh, glass silk or plastic scrim, for embedding in or under a plaster layer, in particular a plaster layer on thermal insulation of a building wall, is fixed, characterized, that the reinforcement material section (18, 64, 92, 114) has a finish or coating that is free of flame retardants and has a non-flammable or non-combustible material that is at least in fire protection class B2 "normally flammable" according to DIN -Norm 4102-1, in particular in fire protection class B2 "normally flammable" according to DIN standard 4102-1 or in fire protection class B1 "hardly flammable" according to DIN standard 4102-1 or in fire protection class A2 "non-combustible". the DIN standard 4102-1; and that the reinforcing material section (18, 64, 92, 114) together with the finish or coating has a basis weight of 100-300 g/m ² , in particular 150-200 g/m ² ; and or that the weight of the finish or coating is 5-50% of the total weight of armor material section (18, 64, 92, 114) plus finish or coating. Plaster strip according to Claim 1, which is designed as an end rail for thermal insulation of a building or soundproofing of a building and further has the following: an angle rail (70), the first leg (72) of which is intended for fastening to the structure and the second leg (74) of which is intended for bearing against a closing end face of the insulation; and an outer strip (80) which is attached to the end area of the second leg (74) of the angle rail (70) and has an outer leg (84) for contact with the outside of the insulation, wherein the angle rail (70) and the outer strip (80) are formed as a common extrusion or as separate extrusions; and the reinforcement material section (92) to be embedded in the plaster being provided on the outer leg (84). Plaster strip according to claim 2, wherein the outer strip (80) is glued to the angle rail (70) or pushed onto the angle rail (70); and/or wherein the outer batten (80) has an end face leg (82) adapted to abut against an end face of the insulation; and/or wherein the outer strip (80) has a further leg (90) which forms a drip nose for water. Plaster strip according to claim 2 or 3, wherein the angle rail (70) and the outer strip (80) by means of an adhesive strip (78), in particular by means of a between the second leg (74) of the angle rail (70) and the end leg (82) the outer strip (80) provided adhesive strip (78) are connected to each other. Plaster strip according to one of Claims 2 to 4, wherein a flexible transition area (86) is provided between the outer leg (84) and the terminal leg (82) on the face side of the outer strip (80); and/or wherein the transition area has a transverse insertion area for a connector; and/or wherein the second leg (74) of the angle rail (70) forms a stepped course (76) arranged in particular in its outer end region. Plaster strip according to Claim 1, which is designed as a plaster corner strip for arrangement on a vertical or a horizontal building corner, in particular a building corner provided with thermal insulation, and further has the following: a first leg (98) for engaging the structure at the first side of the structure corner; and a second leg (100) for contact with the structure on the second side of the structure corner, wherein the first and second legs (98, 100) are formed as a common extrusion or as separate extrusions, and wherein the reinforcing material section (84) to be embedded in the plaster is provided on at least one of the first and second legs (98, 100). Plaster strip according to claim 6, wherein a plastering area is formed by at least one of the legs (98, 100). A plaster bead according to claim 6 or 7, wherein a transition region (102) is provided between the first and second legs (98, 100); and / or wherein the transition area (102) at least on the side facing the plastering area with a channel-like profiling (104); and/or wherein the transition area (102) has a transverse insertion area for a connector. Plaster strip according to Claim 1, which is used as a plaster strip for placement on a transition between a first component of a building, in particular a window or door frame, a window sill, a beam, a metal connection or a pilaster strip, and a second component of a building, in particular thermal insulation and /or a layer of plaster, and furthermore has the following: a fixing area (4); and a plastering area (10) intended for plastering into the plaster layer and/or for fixed connection to the thermal insulation; wherein the fixing area (4) and the plastering area (10) are formed as a common extrusion or as separate extrusions; and The reinforcement material section (18, 64) to be embedded in the plaster is provided on the plastering area (10) and has a finish or coating made of a non-flammable or non-combustible material that is at least in fire protection class B2 "normally flammable" according to DIN standard 4102-1, in particular fire protection class B2 "normally flammable" according to DIN standard 4102-1 or fire protection class B1 "hardly flammable" according to DIN standard 4102-1 or fire protection class A2 "non-combustible" according to the DIN standard 4102-1. Plaster strip according to claim 9, wherein the fixing area (4) and the plastering area (10) are formed in one piece; and/or wherein the fixing area (4) has an adhesive strip (8) for attachment to the first building component. Plaster strip according to Claim 9 or 10, in which the fixing area (28) and the plastering area (40) are formed separately from one another in such a way that - optionally after a strip-shaped protective flap (60) has been separated - a relative movement between the fixing area (28) and the plastering area ( 40) is made possible. Plaster strip according to one of claims 9 to 11, wherein the fixing area and the plastering area are connected to one another via a flexible material section which allows a relative movement between the fixing area and the plastering area; and or wherein an expansion strip with delayed expansion is provided, which is designed in such a way that it - optionally after releasing a confinement area - expands in the direction of one of the two building components and bears against it. Plaster strip according to one of the preceding claims, whereby the glass mesh or glass silk fabric or the glass mesh or glass silk fabric falls into fire protection class A1 or A2 "non-combustible" according to DIN standard 4102-1; or where the plastic fabric or plastic scrim falls into fire protection class B1 "hardly inflammable" or fire protection class B2 "normally inflammable" according to DIN standard 4102-1, so that the combination of the reinforcement material section and the finishing or the coating of the reinforcement material section falls into at least fire protection class B2 "normally flammable" according to DIN standard 4102-1, in particular fire protection class B2 "normally flammable" according to DIN Standard 4102-1 or fire protection class B1 "hardly inflammable" according to DIN standard 4102-1 or fire protection class A2 "non-combustible" according to DIN standard 4102-1. Plaster strip according to one of the preceding claims,
wherein the finish or coating of non-flammable material comprises at least one material selected from the following group: Latex, an acrylate (pure acrylate), PVDC (polyvinylidene chloride), PTFE (polytetrafluoroethylene, trade name Teflon), PFEP (Perfluoro(ethylene-propylene), PCTFE (polychlorotrifluoroethylene), PVC (polyvinyl chloride), Polycarbonate(s) (PC), Polyetheretherketone(s) (PEEK), Polyvinyl acetate (PVAC), Polyphenylsulfone(s) (PPSU), Polyethersulfone(s) (PES), Polyvinylidene fluoride (PVDF), perfluoroalkoxy copolymers (PFA), chlorobutadiene rubber (CR), ethylene propylene diene rubbers (EPDM), polyetherimide(s) (PEI), phenolic resins, and
Acrylonitrile Butadiene Rubber (NBR).

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