CN206503502U - A kind of application bridge cut-off warms up the double glazing of side spacer bar - Google Patents
A kind of application bridge cut-off warms up the double glazing of side spacer bar Download PDFInfo
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- CN206503502U CN206503502U CN201720178710.2U CN201720178710U CN206503502U CN 206503502 U CN206503502 U CN 206503502U CN 201720178710 U CN201720178710 U CN 201720178710U CN 206503502 U CN206503502 U CN 206503502U
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Abstract
The utility model discloses the double glazing that a kind of application bridge cut-off warms up side spacer bar, including at least layer glass；It is parallel to each other between each layer glass；Each layer glass at least side frame warms up side spacer bar by bridge cut-off and constituted；The bridge cut-off, which warms up side spacer bar, includes the polymer compound layer by symmetrical stress frame and clamping between left and right stress frame；Left the stress frame section such as " " shape；Left surface, the right flank of right stress frame of the left stress frame, are provided with the first sealant；The bottom surface of the left and right stress frame, is provided with the second sealant；The bridge cut-off warms up side spacer bar and bonded by the first sealant and adjacent two pieces of glass capsulations；The bridge cut-off warms up side spacer bar and is made up of metal material.The preferred high-performance glass of the utility model, it is that a kind of brand-new obstruction seals warm up edge strip that the bridge cut-off used, which warms up side spacer bar, and high-barrier, heat insulating hollow glass ageing-resistant, attractive in appearance are turned into high-performance glass common combination.
Description
Technical field
The utility model is related to building materials field, more particularly to a kind of application bridge cut-off warms up the double glazing of side spacer bar.
Background technology
Double glazing is by American's Tuo Masisitesen utility models, and 1865 patented.From eighties of last century sixties
Rise, modern double glazing starts progressively to occur.After it experienced the development of decades, all basic phase of structure of double glazing
Seemingly, glass plate of the current hollow glass structure more than two panels or two panels is combined, and edge seal system is used between glass plate
Unite into between-line spacing, centre is filled with gas.Glass plate can be ordinary plate glass, safety glass or Low-E glass, this basis
Place to use and the role of double glazing and select.Gas between glass plate must be dried, and can be air, argon gas
Or other special gas, it is interior to keep gas to dry with molecular sieve.Edge seal system species is various, predominantly spacer bar (frame),
Fluid sealant and molecular sieve.Spacer bar plays separate glass sheets between layer glass, and surrounding carries out edge sealing with fluid sealant,
Make bonding glass together and prevent that gas is excessive in layer.
When having the temperature difference inside and outside double glazing, the conduction heat of intermediate portion position and edge is different.Hollow
The edge of glass, due to sealing system and glass plate close contact, so being the conduction heat transfer between multilayer planomural.It is spaced web
Greatly, initially use aluminum parting bead thermal conductivity factor is big, thermal resistance is small for influence of the thermal conductivity factor of matter to thermal resistance.To hollow space
Speech, air layer thickness is closely sized to spacer bar, so the ratio between their thermal resistance is also similar to the ratio of their thermal conductivity factors.It is pure
The thermal conductivity factor of aluminium is 202W/m K, as the thermal conductivity factor of aluminium alloy also between 130-150W/m K, so, the thermal resistance of edge
Far smaller than center section.During winter, the thermal resistance of its peripheral portion of building double glazing is small, and temperature drop is obvious.Due to room
The glass plate that the interior moisture having in certain humidity, air encounters lower temperature is just condensed, and is produced at the edge of double glazing
Condense frost, and this had not only influenceed attractive in appearance but also encapsulant is caused damage.
Utility model content
The purpose of this utility model be improve double glazing peripheral portion thermal resistance it is too small, it is easy condensation frosting defect and carry
The double glazing of side spacer bar is warmed up for a kind of application bridge cut-off.
The purpose of this utility model is achieved through the following technical solutions：
A kind of application bridge cut-off warms up the double glazing of side spacer bar, including at least layer glass；Phase between each layer glass
It is mutually parallel；Each layer glass at least side frame warms up side spacer bar by bridge cut-off and constituted；The bridge cut-off, which warms up side spacer bar, to be included
By the polymer compound layer of symmetrical stress frame and clamping between left and right stress frame；The polymer compound layer
Aluminum membranous layer is coated with the upper side of stress frame and/or bottom surface；Left the stress frame section such as " " shape；The left stress frame
The right flank of the left surface of frame, right stress frame, is provided with the first sealant；The bottom surface of the left and right stress frame, is all provided with
It is equipped with the second sealant；The bridge cut-off warms up side spacer bar and bonded by the first sealant and adjacent two pieces of glass capsulations；It is described disconnected
Bridge warms up side spacer bar and is made up of metal framework.
It is preferred that, the polymer compound layer is modified polypropene layer；The thickness of the modified polypropene layer is 0.5mm-
1.5mm。
It is preferred that, the polymer compound layer is nylon layer, PC/ABS alloy-layers or pet layer；The polymer compound layer
Thickness be 0.5mm-1.5mm.
It is preferred that, the A points that the left stress frame stretches out are right angle or circular arc, and the left stress frame is outside by A
The B points extended to are right angle or circular arc, and correspondence position C points and the D points of the right stress frame correspond to right angle or circular arc；It is described
The extension length of stress frame vertical direction is not less than the 1/4 of stress frame total height, no more than stress frame total height
1/2；The lower left corner of the left stress frame is right angle or inflexed circular arc, and the right stress frame correspondence is identical.
It is preferred that, it is provided with inner liner on the inside of the left and right stress frame.
It is preferred that, desiccant layer is filled with the left and right stress frame cavity；The upside of the left and right stress frame
Face offers a row passage；Length direction of the left passage along left stress frame is evenly distributed；The right passage
Length direction along right stress frame is evenly distributed.
It is preferred that, the thickness of the inner liner is less than or equal to 1.50mm, preferably less than or equal to 1.00mm.
It is preferred that, the metal framework is stainless steel, galvanized steel or tin plating steel frame；The thickness of the metal framework is
0.02mm-0.25mm, preferably 0.1mm-0.15mm.
It is preferred that, first sealant is that isobutylene-based polymer is the sealant that matrix is made；Second sealing
It by polysulfide rubber or tackifying resin is sealant that matrix is made that layer, which is,.
It is preferred that, the thickness of the aluminum membranous layer is not more than 500nm, preferably no more than 300nm.
It is preferred that, filled with dry inert gas between sealed double glazing.
The inert gas is argon gas, helium or neon.
Research of the present utility model is concentrated mainly in terms of improving the hot property that bridge cut-off warms up side interval strip.Thermal conductivity factor
Relatively low metallic steel frame space bar substitutes traditional aluminum spacer bar, can make inner layer glass peripheral part and middle part temperature
Difference reduction, it is to avoid the condensation of inner layer glass edge；The structure of warm edge strip metal framework is designed by traditional single " mouth " type
Into the structure of two strip hollow shapes, polymer compound layer is compounded with the middle of two stress frames, in barrier cold-heat bridge, improves strong
There is preferable improvement in terms of degree and sealing effectiveness.The bridge cut-off that double glazing of the present utility model is used warms up side spacer bar, compared to tradition
Aluminum metal spacer bar, improving sealing effectiveness, the conduction of reduction heat, improving comfort, have more excellent in terms of heat-insulating sound-insulating
Performance.
The utility model uses the place and role installed, preferably various high-performance glass according to double glazing；
It is that a kind of brand-new obstruction seals warm up edge strip that the bridge cut-off of the double glazing used, which warms up side spacer bar, common with preferred high-performance glass
It is same to be combined into high-barrier, heat insulating hollow glass ageing-resistant, attractive in appearance.
Bridge cut-off in the utility model warms up the special-shaped metal frame that side spacer bar is a linear symmetric, and the metal frame is by left and right
Symmetrical two special-shaped frames are that left and right stress frame and middle high performance polymer composite bed are composited, and have the firm of metal concurrently
Elasticity, cohesive and the ageing-resistant performance of property and high polymer material.It is not only between polymer compound layer and metal material framework
Simple plane bonding, but be combined and be made with the profile shapes progress after the deformation of stress frame extension, possess higher
Intensity and ageing-resistant ability.
The sept coefficient of heat conduction between window frame, glass and double glazing has together decided on the coefficient of heat conduction of whole window, and
The warm side spacer bar of double glazing edge is the key of whole window heat transfer.Bridge cut-off in double glazing of the present utility model is warmed up
Side spacer bar, using rolling forming process, the thermal conductivity factor of polymer compound layer therein, which is met, is less than or equal to 0.25w/
（m·k）, preferably thermal conductivity factor is less than or equal to 0.18w/（m·k）, more preferably thermal conductivity factor is less than or equal to 0.15w/
（m·k）Material；Realize target of the whole window of double glazing compared with low heat conduction coefficient, can effectively improve double glazing insulation,
Heat-proof quality, reaches the purpose of building energy-saving consumption reduction.
The utility model has following beneficial effect：
（1）It is compound with high performance polymer composite plastic by the metal frame of high intensity as warm side spacer bar stress frame
Between left and right two metal frameworks, play a part of framework being integrated into a whole, it is often more important that play barrier hollow
The effect of inside glass cold-heat bridge；
（2）The right flank of the left surface of left stress frame, right stress frame, is provided with the first sealant；Left and right stress
The bottom surface of framework, is provided with the second sealant；Not only sealing fastening effectively can be carried out to metal stress frame, but also can
So that even closer between double glazing and warm side spacer bar fit, the effect of sealing fastening is played；
（3）The upper side of the polymer compound layer and stress frame and/or bottom surface are coated with aluminum membranous layer, and aluminum membranous layer has excellent
, seldom there is pin hole and breach in good folding resistance and good toughness, no flexure crack performance, therefore to gas, water vapour, gas
The barrier of taste, light etc. is high；In addition, aluminum membranous layer also has paintability good, coating closure part will not be polluted, it is ensured that resolve
Bridge warms up the sealing property of side spacer bar；
（4）The A points that left stress frame stretches out are right angle or circular arc, and the B points that left stress frame stretches out are right angle
Or circular arc, correspondence position C points and the D points of right stress frame are right angle or circular arc；The design of this structure adds stress frame
Contact area between polymer compound layer, it is not that simple plane is bonded to make stress frame and polymer compound layer, but with
Profile shapes after deformation carries out compound is made, it is ensured that compactness between stress frame and polymer compound layer and close
Property, bridge cut-off of the present utility model is warmed up side spacer bar and have the rigidity of metal and the elasticity of high polymer material, cohesive and resistance to old concurrently
Change performance, and with the premium properties of barrier cold-heat bridge effect；
（5）The sealing space of double glazing can effectively weaken the moisture in air filled with dry inert gas
Deng the influence to double glazing, it is to avoid double glazing edge produces condensation frosting；And filling inert gas can effectively keep away
Exempt from bridge cut-off and warm up the aluminum membranous layer of side spacer bar upper side to be chronically exposed to the adverse effect such as corrosion for causing in air.
Brief description of the drawings
Fig. 1 is the hollow glass structure schematic diagram of the utility model embodiment 1；
Fig. 2 warms up the cross section structure schematic diagram of side spacer bar for the bridge cut-off of the utility model embodiment 2；
Fig. 3 is the left stress frame structural representation of the utility model embodiment 1；
Fig. 4 warms up the cross section structure schematic diagram of side spacer bar for the bridge cut-off of the utility model embodiment 3；
Fig. 5 is the mplifying structure schematic diagram of the utility model stress frame outwardly extending portion.
In figure：The left stress frames of 1-, the right stress frames of 2-, the sealants of 3- first, the sealants of 4- second, 5- aluminum membranous layers, 6-
Polymer compound layer, 7- passages, 8- inner liners, 9- glass, 10- stress frame cavitys, 11- confined spaces.
Embodiment
To enable feature and advantage of the present utility model more obvious understandable, below in conjunction with the accompanying drawings with specific embodiment pair
The utility model is described in detail, but the utility model can also using other be different from accompanying drawing and it is described here its
Its mode is implemented, and those skilled in the art can do similar popularization in the case of without prejudice to the utility model intension, therefore
Protection domain of the present utility model is not limited by following public specific embodiment.
Embodiment 1
A kind of application bridge cut-off of the utility model embodiment 1 as shown in figures 1 and 3 warms up the double glazing of side spacer bar,
Including layer glass 9；It is parallel to each other between each layer glass 9；Four side frames between the layer glass 9 are by disconnected
Bridge warms up side spacer bar and constituted, and forms sealing space 11；The bridge cut-off warm up side spacer bar include by symmetrical stress frame and
Polymer compound layer 6 of the clamping between left and right stress frame, the polymer compound layer 6 is that the modification that thickness is 0.5mm gathers
Propylene layer；Left stress frame 1 section such as " " shape；The left surface of the left stress frame 1, the right side of right stress frame 2
Face, is provided with the first sealant 3, and first sealant 3 is that isobutylene-based polymer is the sealant that matrix is made；It is described
The bottom surface of left and right stress frame 2, is provided with the second sealant 4, and it by polysulfide rubber is matrix system that second sealant 4, which is,
Into sealant；The bridge cut-off warms up side spacer bar and bonded by the first sealant 3 and adjacent two pieces of glass capsulations；The bridge cut-off is warmed up
Side spacer bar is made up of thickness of 0.15mm-0.25mm stainless steel frame；The bottom of the polymer compound layer 6 and stress frame
Face is coated with the aluminum membranous layer 5 that thickness is not more than 500nm；The A points that the left stress frame 1 stretches out are right angle, the left stress
Framework 1 is right angle by the A B points extended outwardly into, and correspondence position C points and the D points of the right stress frame 2 correspond to right angle；Institute
The extension length for stating stress frame vertical direction is not less than the 1/4 of stress frame total height, and no more than stress frame is always high
The 1/2 of degree；The lower left corner of the left stress frame 1 is right angle, and the right correspondence of stress frame 2 is identical；The left and right stress frame
Desiccant layer is filled with the cavity 10 of frame；The upper side of the left and right stress frame offers a row passage 7；It is described
Length direction of the left passage along left stress frame 1 is evenly distributed；Length direction of the right passage along right stress frame 2 is equal
Even arrangement；Filled with dry inert gas in sealing space 11, the inert gas is argon gas, itself and stress frame cavity 10
Interior drier and being arranged on the passage 7 of stress frame upper side can effectively keep bridge cut-off to warm up between side together, not only
The drying property of parting bead and gas in sealing space 11, but also the drying property of stress frame cavity 10 can be kept.
In addition, bridge cut-off of the present utility model can have four kinds of combinations between warming up A, B point of side spacer bar, i.e. A points are right angle,
B points are right angle；A points are right angle, and B points are circular arc；A points are circular arc, and B points are right angle；And the A points shown in Fig. 4 are circular arc, B points are
Circular arc；C points and D points in corresponding right stress frame 2 are corresponded.In addition, it is 0- π that the circular arc, which can be central angle,
（Do not include endpoint value）Any circular arc, should not necessarily be limited by situation about being enumerated in Fig. 1.
The polymer compound layer that bridge cut-off warms up side spacer bar in the double glazing of the present embodiment 1 is every survey of modified polypropene layer
Try performance as shown in table 1, test condition：Interior, 23 DEG C of temperature, relative humidity 50% is placed 24 hours.
The polymer compound layer testing result of the embodiment 1 of table 1
Bridge cut-off warms up the heat-proof quality of the polymer compound layer of side spacer bar in the test result in table 1, the present embodiment 1
Good, other elastic deformation forces such as tensile strength, bending strength are good, and left and right stainless steel frame stress frame collective effect, i.e.,
Rigidity with stainless steel, the elasticity with polymer compound layer, collective effect makes to reach that barrier is cold and hot inside double glazing
The effect of bridge.
Embodiment 2
A kind of application bridge cut-off of the utility model embodiment 2 as shown in Figure 2 warms up disconnected in the double glazing of side spacer bar
Bridge warms up side spacer bar arrangement figure, and its basic structure is identical with embodiment 1, and difference is, the left and right stress frame with
The upper side of polymer compound layer 6 is coated with aluminum membranous layer 5；The polymer compound layer 6 is the modified PET layer that thickness is 1.5mm；Institute
Stress frame is stated to be made up of 0.02-0.10mm galvanized steel of thickness；Second sealant 4 be by tackifying resin be matrix system
Into sealant；The thickness of the aluminum membranous layer 5 is no more than 300nm；Filled with dry inert gas, institute in sealing space 11
Inert gas is stated for neon.
The bridge cut-off for double glazing in the present embodiment 2 warms up and is provided with thickness on the inside of side spacer bar, its stress frame
Inner liner 8 less than or equal to 1.50mm；The inner liner 8 is selected from low thermal conductivity, high bonding strength, ageing-resistant and thermal deformation
The small polymer material layer of coefficient, the polymer material layer is the macromolecule modified material layer of synthesis, and preferably high-performance is gathered
Propylene layer, high performance nylon layer, power PC/ABS layer or high-performance pet layer；More preferably high-performance polypropylene layer；Institute
The layer of high performance material stated is made by macromolecule modified technique.It should be noted, inner liner 8 is in stress frame and its extension
There is setting part, should not be misinterpreted as setting only on quadra.
Inner liner 8 in the present embodiment 2 is made up of high-performance polypropylene material layer, it should be noted that the utility model
Bridge cut-off warm up side spacer bar in inner liner 8 can also use any material described above, should not be limited to the institute of the present embodiment 2
The polypropylene material enumerated.When selecting 8 material of inner liner, the thermal conductivity factor that need to meet selected materials is less than or equal to
0.28w/（m•k）, preferably thermal conductivity factor is less than or equal to 0.2 w/（m•k）, more preferably thermal conductivity factor is less than or equal to
0.15 w/（m•k）Material.The thickness of inner liner 8 is preferably less than or equal to 1.00mm, should not be limited to the present embodiment 2
Cited 1.50mm situation, will not be repeated here.
The hollow glass structure of embodiment 2, in addition to said structure and material, other are identical with the structure of embodiment 1.
Embodiment 3
A kind of application bridge cut-off of the utility model embodiment 3 warms up the double glazing of side spacer bar, the structure of its double glazing
Substantially similar to the structure in embodiment 2, only bridge cut-off, which is warmed up in the spacer bar of side, has following difference：
As shown in figure 4, bridge cut-off, which is warmed up, is not provided with inner liner 8 on the inside of the left and right stress frame of side spacer bar, and it is described it is left by
The lower left corner of power framework 1 is circular arc, and the right correspondence of stress frame 2 is identical, as circular arc, it should be noted that the circular arc can
To be central angle as 0- π（Do not include endpoint value）Any circular arc, should not necessarily be limited by situation about being enumerated in the present embodiment 3；Institute
It is the tin plating steel frame that thickness is 0.08-0.15mm to state stress frame；The polymer compound layer 6 is the Buddhist nun that thickness is 0.5mm
Imperial layer；The thickness of the aluminum membranous layer 5 is 200nm；Filled with dry inert gas in sealing space 11, the inert gas is
Helium.
It should be noted that the bridge cut-off in the utility model double glazing warms up side spacer bar, polymer compound layer 6 and liner
Layer 8 is by preferred, low thermal conductivity, high intensity, high bonding strength, the ageing-resistant and small high polymer material system of thermal deformation coefficient
Into；The polymer material layer is the macromolecule modified material layer of synthesis, preferably high-performance polypropylene layer, high performance nylon
Layer, power PC/ABS layer or high-performance pet layer；More preferably high-performance polypropylene layer；Above-mentioned all high-performance materials
The bed of material is made by macromolecule modified technique.The thermal conductivity factor of polymer compound layer 6 is less than or equal to 0.25w/（m•k）, it is excellent
Thermal conductivity factor is elected as less than or equal to 0.18 w/（m•k）, more preferably thermal conductivity factor is less than or equal to 0.15 w/（m•k）.
The thickness of metal material described in the utility model should not be limited to situation about being enumerated in embodiment, can also select
Any value during 0.15mm and the utility model protection domain are interior.
Bridge cut-off of the present utility model warms up side spacer bar, and stress frame uses rolling forming process, and meets cold roll forming
The basic mechanical performance index of section bar；Including but not limited to sealing technology as described above during seal combination；The glass of double glazing
Glass and bridge cut-off can include DSE response type hot melt adhesive sealing technologies when warming up side spacer bar seal combination.
The utility model, as warm side spacer bar stress frame, is answered by the metal steel frame of high intensity with high performance polymer
Close plastics to be compound between left and right two metal frameworks, play a part of framework being integrated into a whole, it is often more important that rise
To the effect of barrier cold-heat bridge；The right flank of the left surface of left stress frame, right stress frame, is provided with the first sealant；
The bottom surface of left and right stress frame, is provided with the second sealant；Not only sealing fastening effectively can be carried out to metal frame, and
And the warm effect fitted, play sealing fastening even closer between side spacer bar and double glazing can also be made；The high score
The upper side of sub- composite bed and stress frame and/or bottom surface are coated with aluminum membranous layer, and aluminum membranous layer has excellent folding resistance and good
, seldom there is pin hole and breach in toughness, no flexure crack performance, therefore to the barrier of gas, water vapour, smell, light etc.
It is high；In addition, aluminum membranous layer also has paintability good, coating closure part will not be polluted, it is ensured that bridge cut-off warms up the close of side spacer bar
Sealing property；The A points that left stress frame stretches out are right angle or circular arc, and the B points that left stress frame stretches out are right angle or circle
Arc, correspondence position C points and the D points of right stress frame are right angle or circular arc；The design of this structure adds stress frame and height
Molecule is combined the contact area of interlayer, it is ensured that compactness and compactness between stress frame and polymer compound layer, makes this reality
Side spacer bar, which is warmed up, with new bridge cut-off has the rigidity of metal and the elasticity of high polymer material, cohesive and ageing-resistant performance concurrently, and
And with the premium properties of barrier cold-heat bridge effect；Filled with dry inert gas, Ke Yiyou between sealed double glazing
The influence to double glazing such as moisture weakened in air of effect, it is to avoid double glazing edge produces condensation frosting；And fill
The aluminum membranous layer that inert gas can effectively avoid bridge cut-off from warming up side spacer bar upper side is chronically exposed to the corruption caused in air
The adverse effect such as erosion.
It should be noted that above-described embodiment is only preferred embodiment of the present utility model, the embodiment being not all of, and
It is not used to limit the utility model.Any those skilled in the art, are not departing from technical solutions of the utility model scope
In the case of, technical solutions of the utility model all are made with many possible variations using the methods and techniques content of the disclosure above
And modification, or it is revised as the equivalent embodiment of equivalent variations.Therefore every content without departing from technical solutions of the utility model, according to
According to technical spirit of the present utility model to any simple modification made for any of the above embodiments, equivalent substitution and modification, this is belonged to
The scope of utility model protection.
Claims (10)
1. a kind of application bridge cut-off warms up the double glazing of side spacer bar, it is characterised in that：Including at least layer glass；Each layer glass
It is parallel to each other between glass；Each layer glass at least side frame warms up side spacer bar by bridge cut-off and constituted；The bridge cut-off is warmed up between side
Parting bead includes the polymer compound layer by symmetrical stress frame and clamping between left and right stress frame（6）；The height
Molecule composite bed（6）Aluminum membranous layer is coated with the upper side of stress frame and/or bottom surface（5）；The left stress frame（1）Section is such as
" " shape；The left stress frame（1）Left surface, right stress frame（2）Right flank, be provided with the first sealant（3）；
The left and right stress frame（2）Bottom surface, be provided with the second sealant（4）；It is close by first that the bridge cut-off warms up side spacer bar
Sealing（3）Bonded with adjacent two pieces of glass capsulations；The bridge cut-off warms up side spacer bar and is made up of metal framework.
2. a kind of application bridge cut-off according to claim 1 warms up the double glazing of side spacer bar, it is characterised in that：The high score
Sub- composite bed（6）For modified polypropene layer；The thickness of the modified polypropene layer is 0.5mm-1.5mm.
3. a kind of application bridge cut-off according to claim 1 warms up the double glazing of side spacer bar, it is characterised in that：The high score
Sub- composite bed（6）For nylon layer, PC/ABS alloy-layers or pet layer；The polymer compound layer（6）Thickness be 0.5mm-
1.5mm。
4. a kind of application bridge cut-off according to claim 1 warms up the double glazing of side spacer bar, it is characterised in that：It is described it is left by
Power framework（1）The A points stretched out are right angle or circular arc, the left stress frame（1）It is right angle by the A B points extended outwardly into
Or circular arc, the right stress frame（2）Correspondence position C points and D points correspond to right angle or circular arc；The stress frame Vertical Square
To extension length be not less than the 1/4 of stress frame total height, no more than the 1/2 of stress frame total height；It is described it is left by
Power framework（1）The lower left corner be right angle or inflexed circular arc, the right stress frame（2）Correspondence is identical.
5. a kind of application bridge cut-off according to claim 1 warms up the double glazing of side spacer bar, it is characterised in that：The metal
Framework is stainless steel, galvanized steel or tin plating steel frame；The thickness of the metal framework is 0.02mm-0.25mm, preferably
0.1mm-0.15mm。
6. a kind of application bridge cut-off according to claim 4 warms up the double glazing of side spacer bar, it is characterised in that：The left side,
Inner liner is provided with the inside of right stress frame（8）；The inner liner（8）Thickness be less than or equal to 1.50mm, preferably
For less than or equal to 1.00mm.
7. a kind of application bridge cut-off according to claim 4 warms up the double glazing of side spacer bar, it is characterised in that：The left side,
Right stress frame cavity（10）It is interior to be filled with desiccant layer；The upper side of the left and right stress frame offers row ventilation
Hole（7）；The left passage is along left stress frame（1）Length direction it is evenly distributed；The right passage is along right stress frame
（2）Length direction it is evenly distributed.
8. a kind of application bridge cut-off according to claim 4 warms up the double glazing of side spacer bar, it is characterised in that：The aluminium film
Layer（5）Thickness be not more than 500nm, preferably no more than 300nm.
9. a kind of application bridge cut-off according to claim 1 warms up the double glazing of side spacer bar, it is characterised in that：Described first
Sealant（3）It is the sealant that matrix is made for isobutylene-based polymer；Second sealant（4）For by polysulfide rubber or increasing
Viscosity resin is the sealant that matrix is made.
10. the double glazing of side spacer bar is warmed up according to a kind of any described application bridge cut-off of claim 1-9, it is characterised in that：
The sealing space of double glazing（11）The interior inert gas filled with drying, the inert gas is argon gas, neon or helium.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720178710.2U CN206503502U (en) | 2017-02-27 | 2017-02-27 | A kind of application bridge cut-off warms up the double glazing of side spacer bar |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720178710.2U CN206503502U (en) | 2017-02-27 | 2017-02-27 | A kind of application bridge cut-off warms up the double glazing of side spacer bar |
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| Publication Number | Publication Date |
|---|---|
| CN206503502U true CN206503502U (en) | 2017-09-19 |
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| CN201720178710.2U Active CN206503502U (en) | 2017-02-27 | 2017-02-27 | A kind of application bridge cut-off warms up the double glazing of side spacer bar |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111395651A (en) * | 2019-01-03 | 2020-07-10 | 广东中航特种玻璃技术有限公司 | Weather-resistant hollow glass and preparation method thereof |
| CN114482806A (en) * | 2019-04-17 | 2022-05-13 | 余姚中国塑料城塑料研究院 | Multilayer co-extrusion composite hollow glass warm edge spacing strip |
-
2017
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111395651A (en) * | 2019-01-03 | 2020-07-10 | 广东中航特种玻璃技术有限公司 | Weather-resistant hollow glass and preparation method thereof |
| CN114482806A (en) * | 2019-04-17 | 2022-05-13 | 余姚中国塑料城塑料研究院 | Multilayer co-extrusion composite hollow glass warm edge spacing strip |
| CN114482806B (en) * | 2019-04-17 | 2024-04-19 | 山东量材科技发展有限公司 | Multi-layer coextrusion composite hollow glass warm edge spacer |
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Address after: 050000 Science Park, Tianshan Avenue, Shijiazhuang hi tech Development Zone, Hebei, Shijiazhuang 2-303 Patentee after: Hebei krypton Thermal Insulation Technology Co.,Ltd. Address before: 050000 Science Park, Tianshan Avenue, Shijiazhuang hi tech Development Zone, Hebei, Shijiazhuang 2-303 Patentee before: SHIJIAZHUANG OUQIANG ENERGY-SAVING BUILDING MATERIALS TECHNOLOGY Co.,Ltd. |
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Effective date of registration: 20200724 Address after: 054500 Xiangyang Street West, Zeping Road North, Pingxiang County, Xingtai City, Hebei Province Patentee after: Hebei Youjie Energy Saving Technology Co.,Ltd. Address before: 050000 Science Park, Tianshan Avenue, Shijiazhuang hi tech Development Zone, Hebei, Shijiazhuang 2-303 Patentee before: Hebei krypton Thermal Insulation Technology Co.,Ltd. |
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