CN201677545U

CN201677545U - Anti-slip non-woven fabrics

Info

Publication number: CN201677545U
Application number: CN2010201736683U
Authority: CN
Inventors: 王�华; 张文明; 李苏华
Original assignee: SHANDONG LAIWU XIANGHE NONWOVEN WEAVING CO Ltd
Current assignee: Shandong Laiwu Xianghe automobile interior decoration material Co., Ltd.
Priority date: 2010-04-29
Filing date: 2010-04-29
Publication date: 2010-12-22
Anticipated expiration: 2020-04-29

Abstract

The utility model discloses anti-slip non-woven fabrics, which belongs to the technical field of non-woven fabrics manufacture. The utility model is characterized in that the anti-slip non-woven fabrics consists of a fiber surface layer (1), a fiber base layer (2) and a fiber anti-slip layer (5), wherein the fiber surface layer (1) is made of anti-slip fiber (4), the fiber base layer (2) is made of interweaving fiber (3), the interweaving fiber (3) in the fiber base layer (2) is upwards inserted in the fiber surface layer (1), the anti-slip fiber (4) in the fiber surface layer (1) is downwards penetrated through the fiber base layer (2), and the end part of the anti-slip fiber (4) is the fiber anti-slip layer (5) which is made through a fire burning process. The anti-slip non-woven fabrics of the utility model has the advantage of easy die cutting and shearing, can be directly compounded with a piece of foot pad carpet without adopting post processing such as molds, coatings and the like, has simple work procedures, is convenient for film coating hot compounding, adhesion, edge covering compounding and the like with other products, can become the formed anti-slip carpet to be directly used at the bottom part of products of automobile foot pads and the like, and is favorable for environment protection.

Description

A kind of non-slip non-woven fabric

Technical field

The utility model relates to a kind of nonwoven manufacturing technology field, and a kind of specifically non-slip non-woven fabric is applicable to the anti-skidding field that combines with fabric, such as the anti-slip material of using in the automobile.

Background technology

Use automatic foot-mat to carry out anti-skidding processing in its bottom surface, prevent the foot pad slippage, slippage takes place at present a lot of foots pad easily in the pilot control process, and there is potential safety hazard in the influence operation.The anti-slip material of current automatic foot-mat bottom uses mainly that pvc is compound anti-skiddingly (also to have eva, pe, materials such as tpr) or coating anti-skidding (mixtures such as natural rubber or synthetic rubber form cover layer through foaming or roller coating to the back side of product, realize certain anti-skidding by coating), these two kinds of anti-skidding mechanism are not quite similar, but skidproof effect is all not very good, the compound anti-skidding product of pvc is after the pvc material is melt extruded, have pin shape chase form pressure roller aftershaping in process, formation has the anti-skidding sheet material of part " pin ", pvc " pin " has been the main member of anti-skidding effect, because the density that " pin " produces, size is limited by mould, limited amount, and " pin " itself with the fabrics such as internal decoration carpet that contact be difficult to formation link, frictional force is limited, reduced skidproof effect, and product cost such as pvc is higher, often adopts a large amount of reclaimed materials to reduce cost when using pvc, therefore bring smell, and easy hardening in winter, skidproof effect is further reduced; The anti-skidding product of coating process is to carry out coating again at the back side of the anti-skidding product of needs, and it is obvious for smooth earth skidproof effects such as the ceramic tile of inorganic material, marble, cement face, glass that the composition of coating is mixtures such as natural rubber, synthetic rubber, this series products; For not obvious at the skidproof effect on surface such as carpet, fabric, and complex manufacturing technology, cost are high, add that smell such as natural rubber is heavier, often inapplicable with places such as automotive trims.

Present needle point method nonwoven production adopts following technology to carry out: will produce raw fibre shredding mixing, combing, lapping, the pre-needling of nonwoven, the operation of main acupuncture is carried out, thereby made nonwoven.Above nonwoven there is no the report that is provided with skid resistant course.

Summary of the invention

The purpose of this utility model is to provide a kind of nonwoven manufacturing technology of utilizing, skid resistant course in the making, thus improve skidproof effect, and manufacture craft is simple, and odorlessness, the non-slip non-woven fabric that all can use in various cars, on the indoor internal decoration carpet, fabric.

In order to reach above purpose, the technical scheme that the utility model adopted is: this a kind of non-slip non-woven fabric, it is characterized in that: it comprises fibrous face layer, fiber basic unit and fiber skid resistant course constitute, fibrous face layer is made by antiskid fibrous, fiber basic unit is made by crossed fiber, crossed fiber in the fiber basic unit upwards is inserted in the fibrous face layer, to be connected and fixed fibrous face layer and fiber basic unit as a whole, prevent fibrous face layer and fiber base pull-up from, the antiskid fibrous fiber basic unit that is passed down through in the fibrous face layer, its end is the fiber skid resistant course, makes by burning technology.

The utility model is also implemented by following measure:

Described fiber basic unit is made by 6-15 dawn synthetic staple.

Described fibrous face layer is by 50%, and---20 dawn synthetic staples are mixed and made into 90% 50---180 dawn synthetic staples and 50%---10% 8---.

Described synthetic staple is the mixture of any or they of polypropylene fibre and terylene.

The weight of described fiber basic unit is every square 160---300 grams.

The weight of described fibrous face layer is every square 300---450 grams.

The surface of described fiber skid resistant course is wherein a kind of of striated, node shape, twill-like and water corrugated.

The beneficial effects of the utility model are: since adopt fibrous face layer antiskid fibrous pass fiber basic unit after, form the fiber skid resistant course again, and after burning, most fusing, the ultimate fibre state that is the hook shape, its top all has " striking point ", has better elastic and toughness, relatively pvc " pin " more can be very easy to enter the internal decoration carpet that contacted or the fibrous inside of fabric, and " linking " takes place with the fiber of carpet and fabric, and contact density increases greatly, and producing well, " linking " and " anticreep " acts on, skidproof effect is strengthened, and security performance improves; And good looking appearance, can be processed into multiple interval pattern, owing to do not have warp thread, the weft yarn of conventional fabrics, therefore be highly susceptible to die-cut, cutting, also can be directly and the foot pad carpet compound, need not to use back processing such as mould, coating, operation is simple, back processing cost is extremely low, be convenient to drench that film heat is compound, bonding, bound edge is compound etc., become the anti-skidding blanket of moulding, be directly used in the bottom of products such as automatic foot-mat with other products, the primary raw material that uses does not simultaneously have smell as synthetic staple, is beneficial to environmental protection.

Description of drawings

Fig. 1 analyses and observe enlarged diagram for section structure of the present utility model.

Fig. 2 has provided the enlarged diagram of looking up of non-slip non-woven fabric when the fiber skid resistant course is striated.

Fig. 3 has provided the enlarged diagram of looking up of non-slip non-woven fabric when the fiber skid resistant course is the node shape.

Fig. 4 has provided the enlarged diagram of looking up of non-slip non-woven fabric when the fiber skid resistant course is twill-like.

Fig. 5 has provided the enlarged diagram of looking up of non-slip non-woven fabric when the fiber skid resistant course is the water corrugated.

The specific embodiment

Make the utility model with reference to accompanying

drawing

1,2,3,4,5.Fig. 1,2 have provided the non-slip non-woven fabric when the fiber skid resistant course is striated, this non-slip non-woven fabric, it comprises fibrous face layer 1, fiber basic unit 2 and fiber skid resistant course 5 constitute, fibrous face layer 1 is made by antiskid fibrous 4, fiber basic unit 2 is made by crossed fiber 3, crossed fiber 3 in the fiber basic unit 2 upwards is inserted in the fibrous face layer 1, to be connected and fixed as a whole with fiber basic unit 2 fibrous face layer 1, prevent that fibrous face layer 1 and fiber basic unit 2 break away from, in the fibrous face layer 1 antiskid fibrous 4 is passed down through fiber basic unit 2, its end is a striated fiber skid resistant course 5, makes by burning technology.

Wherein, described fibrous face layer 1 is mixed and made into by the 50-180 dawn polyster fibre of 50-90% and the 8-20 dawn polyster fibre of 50%-10%;

The crossed fiber 3 of fiber basic unit 2 is mixed crossed fiber 3 raw materials by 6-15 dawn synthetic staple, adopts the needle point method producing technology of non-woven fabrics to make fiber basic unit 2;

The weight of described fiber basic unit 2 is every square of 160-300 gram;

The weight of described fibrous face layer 1 is every square of 300-450 gram.

It is the non-slip non-woven fabric of node shape that Fig. 3 has provided the fiber skid resistant course, this non-slip non-woven fabric, it comprises fibrous face layer 1, fiber basic unit 2 and fiber skid resistant course 5 constitute, fibrous face layer 1 is made by antiskid fibrous 4, fiber basic unit 2 is made by crossed fiber 3, crossed fiber 3 in the fiber basic unit 2 upwards is inserted in the fibrous face layer 1, to be connected and fixed as a whole with fiber basic unit 2 fibrous face layer 1, prevent that fibrous face layer 1 and fiber basic unit 2 break away from, in the fibrous face layer 1 antiskid fibrous 4 is passed down through fiber basic unit 2, its end is a node shape fiber skid resistant course 5, and the firing technique that overdoes of stimulating the menstrual flow is made.

It is the non-slip non-woven fabric of twill-like that Fig. 4 has provided the fiber skid resistant course, this non-slip non-woven fabric, it comprises fibrous face layer 1, fiber basic unit 2 and fiber skid resistant course 5 constitute, fibrous face layer 1 is made by antiskid fibrous 4, fiber basic unit 2 is made by crossed fiber 3, crossed fiber 3 in the fiber basic unit 2 upwards is inserted in the fibrous face layer 1, to be connected and fixed as a whole with fiber basic unit 2 fibrous face layer 1, prevent that fibrous face layer 1 and fiber basic unit 2 break away from, in the fibrous face layer 1 antiskid fibrous 4 is passed down through fiber basic unit 2, its end is the fiber skid resistant course 5 of twill-like, makes by burning technology.

It is the undulatory non-slip non-woven fabric of water that Fig. 5 has provided the fiber skid resistant course, this non-slip non-woven fabric, it comprises fibrous face layer 1, fiber basic unit 2 and fiber skid resistant course 5 constitute, fibrous face layer 1 is made by antiskid fibrous 4, fiber basic unit 2 is made by crossed fiber 3, crossed fiber 3 in the fiber basic unit 2 upwards is inserted in the fibrous face layer 1, to be connected and fixed as a whole with fiber basic unit 2 fibrous face layer 1, prevent that fibrous face layer 1 and fiber basic unit 2 break away from, in the fibrous face layer 1 antiskid fibrous 4 is passed down through fiber basic unit 2, its end is a water corrugated fibers skid resistant course 5, makes by burning technology.

Claims

1. non-slip non-woven fabric, it is characterized in that: it comprises that fibrous face layer (1), fiber basic unit (2) and fiber skid resistant course (5) constitute, fibrous face layer (1) is made by antiskid fibrous (4), fiber basic unit (2) is made by crossed fiber (3), crossed fiber (3) in the fiber basic unit (2) upwards is inserted in the fibrous face layer (1), antiskid fibrous (4) in the fibrous face layer (1) are passed down through fiber basic unit (2), and its end is fiber skid resistant course (5).

2. non-slip non-woven fabric according to claim 1 and 2 is characterized in that: the weight of described fiber basic unit (2) is every square 160---300 grams.

3. according to claim 1 or 3 described non-slip non-woven fabrics, it is characterized in that: the weight of described fibrous face layer (1) is every square 300---450 grams.

4. non-slip non-woven fabric according to claim 1 is characterized in that: the surface of described fiber skid resistant course (5) is wherein a kind of of striated, node shape, twill-like and water corrugated.