CN205058717U

CN205058717U - Prevent meshbelt of static

Info

Publication number: CN205058717U
Application number: CN201520779083.9U
Authority: CN
Inventors: 李�荣
Original assignee: OPPERMANN WEBBING (KUNSHAN) CO Ltd
Current assignee: OPPERMANN WEBBING (KUNSHAN) CO Ltd
Priority date: 2015-10-09
Filing date: 2015-10-09
Publication date: 2016-03-02
Anticipated expiration: 2025-10-09

Abstract

The utility model discloses a prevent meshbelt of static, it includes the meshbelt body, the meshbelt body includes meshbelt layer and two sets of complex function layer, the complex function layer sets up in meshbelt layer surface, meshbelt layer surface is including first surface and the second surface relative with the first surface, first surface, second surface are provided with a set of complex function layer, every group respectively the complex function layer includes first wearing layer, second wearing layer and the antistatic backing of range upon range of setting, first wearing layer sets up in meshbelt layer surface, first wearing layer is the polyester fiber layer, the second wearing layer is by polycarbaminate fiber, the antistatic backing is fibre layers or metallic conduction silk. This practical meshbelt possesses wear -resisting and anti -static function simultaneously.

Description

A kind of ribbon of antistatic

Technical field

This practicality relates to a kind of ribbon, particularly relates to a kind of ribbon of antistatic.

Background technology

Synthetic fibers, yarn or fabric easily produce electrostatic due to reasons such as frictions in processing or use procedure.Fiber with electrostatic easily adsorbs dust and forms dirt, and in process, the attraction of electric charge or repulsion also can strengthen the difficulty of processing.In spinning process, electrostatic can cause poor, the easy winding of coherent between fiber and broken end, and carrying out smoothly of impact spinning, when the electrostatic potential of gathering is higher than 500V, very easily produces spark because discharging and cause fire.

And along with the extensive use of the electronic products such as Computer Communication Networks, mobile phone, audio-visual equipment, computer, air-conditioning, the said equipment is more responsive to electrostatic, therefore the electrostatic reduced on ribbon seems more and more important.

At present, textile techniques development is maked rapid progress, and the new product of various functional yarn, ribbon is constantly released, and this series products, owing to the addition of corresponding function raw material, have employed different textile technologies, thus also gives the various special function of product.Antistatic fibre as traditional is that ordinary polyester fiber or fabric face apply antistatic additive, increases the hydrophilic hygroscopicity on its surface, assembles to prevent electrostatic on fiber.But this antistatic effect is evanescence after washing, friction.

Utility model content

This practical technical problem to be solved provides a kind of static electricity resistance endurable ribbon for the state of the art.

This practicality solves the problems of the technologies described above adopted technical scheme: a kind of ribbon of antistatic, comprise ribbon body, described ribbon body comprises ribbon layer and two groups of complex functional layers, described complex functional layer is arranged at ribbon layer surface, described ribbon layer surface comprises first surface and the second surface relative with first surface, described first surface, second surface are respectively arranged with one group of complex functional layer, often organize described complex functional layer and comprise the first wearing layer of stacked setting, the second wearing layer and antistatic backing, described first wearing layer is arranged at ribbon layer surface; Described first wearing layer is layer of polyester fiber, and described second wearing layer is by polyurethane elastomeric fiber, and described antistatic backing is carbon fiber layer or metallic conduction silk.

Wherein, every 5 millimeters of described ribbon layer is woven with at least one antistatic warp, and every 2 millimeters of described ribbon layer is woven with at least one antistatic parallel, and described antistatic warp and antistatic parallel are respectively carbon fiber.

Wherein, described complex functional layer also comprises the first oxygen barrier layer woven by alkali-free glass wool and ceramic fibre, and described first oxygen barrier layer is arranged between the first wearing layer and ribbon layer surface.

Wherein, described complex functional layer also comprises mildew-resistant layer, and described mildew-resistant layer, between the first oxygen barrier layer and ribbon layer surface, is embedded with bamboo charcoal fibre yarns in described mildew-resistant layer.

Wherein, described complex functional layer also comprises the second oxygen barrier layer and the flame-retardant layer of stacked setting, and described second oxygen barrier layer is located at the second wearing layer surface, and described flame-retardant layer is between the second oxygen barrier layer and antistatic backing.

Wherein, described second oxygen barrier layer is low-smoke halogen-free polyolefin layer.

Wherein, described flame-retardant layer is woven by organophosphor system flame retardant polyester fiber and forms.

Wherein, described ribbon body is coated with layer of silica gel.

Compared with prior art, the advantage of this practicality is: this ribbon is provided with complex functional layer respectively on two surfaces of ribbon layer, because complex functional layer comprises the first wearing layer, the second wearing layer and antistatic backing, make this ribbon while possessing anti-wear performance, possess electrostatic-proof function again.Outermost layer because of ribbon is carbon fiber layer or metallic conduction silk, effectively can reduce the coefficient of friction of ribbon, reduces the generation of electrostatic charge in friction, thus has higher antistatic performance.

Accompanying drawing explanation

Fig. 1 is this practical embodiment 1 is only provided with the ribbon body of complex functional layer structural representation at first surface;

Fig. 2 is this practical embodiment 3 is only provided with the ribbon body of complex functional layer structural representation at first surface;

Fig. 3 is this practical embodiment 4 is only provided with the ribbon body of complex functional layer structural representation at first surface.

Detailed description of the invention

Below in conjunction with accompanying drawing embodiment, this practicality is described in further detail.

Embodiment 1

The ribbon of the antistatic of the present embodiment, comprise ribbon body, ribbon body comprises ribbon layer 1 and two groups of complex functional layers, complex functional layer is arranged at ribbon layer 1 surface, ribbon layer 1 surface comprises first surface and the second surface relative with first surface, first surface, second surface is respectively arranged with one group of complex functional layer, the textile belt construction of the present embodiment is illustrated compactly in order to understand, Fig. 1 is for being only provided with one group of complex functional layer on the first surface, be arranged on the complex functional layer of second surface and the complex functional layer on the first surface of the setting shown in Fig. 1 is symmetrical arranged.

As shown in Figure 1, often organize complex functional layer and comprise the first wearing layer 2, second wearing layer 3 of stacked setting and antistatic backing 4, first wearing layer 2 is arranged at ribbon layer 1 surface; Wherein, the first wearing layer 2 is layer of polyester fiber, and the second wearing layer 3 is by polyurethane elastomeric fiber, and antistatic backing 4 is carbon fiber layer or metallic conduction silk.

The thickness of antistatic backing 4: the thickness of the second wearing layer 3: the thickness of the first wearing layer 2: the thickness=0.1 ~ 0.5:0.2 ~ 0.5:0.2 ~ 0.5:1 of ribbon layer 1, the present embodiment is preferably 0.1:0.2:0.2:1.

In addition, the outer surface of the ribbon body of this enforcement is also coated with one deck layer of silica gel, does not indicate in Fig. 1.Because layer of silica gel surface has smooth, soft characteristic, thus solve traditional ribbon due to concavity and convexity that hardness is large, surperficial and cause the problem of ribbon comfortableness difference.

Embodiment 2

The ribbon difference from Example 1 of this enforcement is: every 5 millimeters of ribbon layer is woven with at least one antistatic warp, and every 2 millimeters of ribbon layer is woven with at least one antistatic parallel, and antistatic warp and antistatic parallel are respectively carbon fiber.

The ribbon of embodiment 1 has possessed certain electrostatic-proof function, but the ribbon layer of the present embodiment is because having inweaved carbon fiber, and then enhances the anti-static effect of ribbon.In addition, if electrostatic layer is damaged and after losing electrostatic-proof function in long-time use procedure, because ribbon layer has inweaved carbon fiber, so the ribbon after wearing and tearing has electrostatic-proof function equally.

Embodiment 3

The ribbon difference from Example 1 of the present embodiment is: as shown in Figure 2, and complex functional layer also comprises the first oxygen barrier layer 5, first oxygen barrier layer 5 woven by alkali-free glass wool and ceramic fibre and is arranged between the first wearing layer 2 and ribbon layer 1 surface.

In addition, the complex functional layer of the present embodiment also comprises mildew-resistant layer 8, and mildew-resistant layer 8, between the first oxygen barrier layer 5 and ribbon layer 1 surface, is embedded with bamboo charcoal fibre yarns in mildew-resistant layer 8.

Embodiment 4

The ribbon difference from Example 1 of the present embodiment is: as shown in Figure 3, complex functional layer also comprises the second oxygen barrier layer 6 and the flame-retardant layer 7 of stacked setting, second oxygen barrier layer 6 is located at the second wearing layer 3 surface, and flame-retardant layer 7 is between the second oxygen barrier layer 6 and antistatic backing 4.Second oxygen barrier layer 6 is low-smoke halogen-free polyolefin layer; Flame-retardant layer 7 is woven by organophosphor system flame retardant polyester fiber and forms.

Embodiment 5

The ribbon of the present embodiment is the combination of embodiment 1 ~ 4, namely function and service layer comprises the mildew-resistant layer of stacked setting, the first oxygen barrier layer, the first wearing layer, the second wearing layer, the second oxygen barrier layer, flame-retardant layer and antistatic backing, the outer surface of ribbon body is also coated with one deck layer of silica gel simultaneously, every 5 millimeters of ribbon layer is woven with at least one antistatic warp, every 2 millimeters of ribbon layer is woven with at least one antistatic parallel, and antistatic warp and antistatic parallel are respectively carbon fiber.

Above content is only the preferred embodiment of this practicality, and for those of ordinary skill in the art, according to the thought of this practicality, all will change in specific embodiments and applications, this description should not be construed as the restriction to this practicality.

Claims

1. the ribbon of an antistatic, comprise ribbon body, it is characterized in that: described ribbon body comprises ribbon layer (1) and two groups of complex functional layers, described complex functional layer is arranged at ribbon layer (1) surface, described ribbon layer (1) surface comprises first surface and the second surface relative with first surface, described first surface, second surface is respectively arranged with one group of complex functional layer, often organize the first wearing layer (2) that described complex functional layer comprises stacked setting, second wearing layer (3) and antistatic backing (4), described first wearing layer (2) is arranged at ribbon layer (1) surface, described first wearing layer (2) is layer of polyester fiber, and described second wearing layer (3) is polyurethane elastomeric fiber, and described antistatic backing (4) is carbon fiber layer or metallic conduction silk.

2. the ribbon of antistatic according to claim 1, it is characterized in that: every 5 millimeters of described ribbon layer (1) is woven with at least one antistatic warp, every 2 millimeters of described ribbon layer (1) is woven with at least one antistatic parallel, and described antistatic warp and antistatic parallel are respectively carbon fiber.

3. the ribbon of antistatic according to claim 1, it is characterized in that: described complex functional layer also comprises the first oxygen barrier layer (5) woven by alkali-free glass wool and ceramic fibre, described first oxygen barrier layer (5) is arranged between the first wearing layer (2) and ribbon layer (1) surface.

4. the ribbon of antistatic according to claim 3, it is characterized in that: described complex functional layer also comprises mildew-resistant layer (8), described mildew-resistant layer (8) is positioned between the first oxygen barrier layer (5) and ribbon layer (1) surface, is embedded with bamboo charcoal fibre yarns in described mildew-resistant layer (8).

5. the ribbon of antistatic according to claim 1, it is characterized in that: described complex functional layer also comprises the second oxygen barrier layer (6) and the flame-retardant layer (7) of stacked setting, described second oxygen barrier layer (6) is located at the second wearing layer (3) surface, and described flame-retardant layer (7) is positioned between the second oxygen barrier layer (6) and antistatic backing (4).

6. the ribbon of antistatic according to claim 5, is characterized in that: described second oxygen barrier layer (6) is low-smoke halogen-free polyolefin layer.

7. the ribbon of antistatic according to claim 5, is characterized in that: described flame-retardant layer (7) is woven by organophosphor system flame retardant polyester fiber and forms.

8. the ribbon of antistatic according to claim 1, is characterized in that: described ribbon body is coated with layer of silica gel.