CN205893578U - Antiseized fine water barbed wire of wet process water thorn net - Google Patents

Abstract

The utility model relates to an it is smooth to make the stainless wire net surface, the difficult fibre of hanging, and lower floor's contained angle slyness that becomes is attend to what the steel wire interweaved the department to the longitude and latitude that enables to constitute the wire net, produce the fibre transfer chamfer, messenger's fibre can not be at the accumulational antiseized fine water barbed wire of wet process water thorn net of department that interweaves, is antiseized fine water barbed wire net 50 130 there is a nickel coating on mesh individual layer stainless wire net and stainless wire net surface, after the nickel plating 50 130 longitude and latitude among the mesh stainless wire net is attend lower floor's contained angle to the steel wire department of interweaving and is filled in by nickel, the contained angle is slick and sly. The advantage: since the longitude and latitude among the nickel plating stainless wire net to the steel wire department of interweaving attend lower floor's contained angle by nickel fill in, the contained angle is slick and sly, therefore fundamentally solved for a long time this area still unsolved wire net longitude and latitude easily be detained and block the difficult problem between the intertwined point at intertwined point department fibre in to steel wire pilotaxitic texture, avoided the fibre phenomenons of piling up the jam mesh long -pending more, both guaranteed the quality of product, guaranteed the stability and the continuity of producing again.

Description

Wet method spun lacing antiseized fibre spun lacing steel wire

Technical field

The utility model is related to one kind and can make stainless steel cloth smooth surface, fibre not easy to hang, and can make composition steel wire Becoming round and smooth, produce fibre migration chamfering through the levels angle at broadwise steel wire intertexture of net, makes the fiber will not be at intertexture The wet method spun lacing antiseized fibre spun lacing steel wire piled up, belongs to spun lacing steel wire and manufactures field.

Background technology

Cn 202830423 u, title " the shaping web frame of spun-laced machine ", include stainless (steel) wire structure and metal nickel screen Structure, this stainless (steel) wire structure includes the net stacking gradually and drags layer, the first stainless steel wire stratum reticulare and the second stainless steel wire stratum reticulare； This metallic nickel web frame includes the net stacking gradually and drags layer, the 3rd stainless steel wire stratum reticulare and metallic nickel stratum reticulare.Its weak point: One is because the raw material that wet method Hydroentangled product is used are the chopped fiber that length is below 20mm, in the majority with 5-12mm length, In addition the wood pulp of 1-5mm is also most-often used raw material types.These fibers pass through standby slurry, streaming, shaping, then through steel wire During spun lacing, spun lacing effect makes a part of fiber loss (based on wood pulp cellulose)；Two is due to the rough table of stainless steel wire Face, makes fiber be tangled；Three is the structure being interweaved through broadwise steel wire due to steel wire, and at intertwined point, fiber is easily detained and is stuck in Between intertwined point (this this situation is in the majority), the fiber being tangled is cumulative, thus accumulated plugging mesh, finally in steel wire Surface forms the thick fibrage of thick layer, reduces fibre web permeability rate, thus leading to form entanglement strength under flow action And rupture, affect continuous production and stability.

Utility model content

Purpose of design: avoid the weak point in background technology, design one kind can make stainless steel cloth smooth surface, no Fibre easy to hang, and becoming round and smooth, produce fibre migration through the levels angle at broadwise steel wire intertexture of composition steel wire can be made Chamfering, makes the wet method spun lacing that fiber will not be piled up at intertexture antiseized fibre spun lacing steel wire.

Design: in order to realize above-mentioned purpose of design.In structure design, one is the side using nickel plating to the utility model Method makes stainless steel wire surface form one layer of smooth nickel coating, and purpose reaches fine mesh not easy to hang；Two is will to be constituted not using nickel Filling up so that levels angle becomes round and smooth through the levels angle at broadwise steel wire intertexture of rust steel wire, reaches generation fine The mesh of dimension transfer chamfering, so that fiber will not be piled up at intertexture, that is, is conducive to the lower fiber running off of spun lacing effect to be easier Taken away by vacuum draw, cumulative without being detained on steel wire；Three is to have water under high pressure outside this spun lacing steel wire Jetter, the hydraulic pressure of this jetter is 60-150bar, that is, in the presence of water under high pressure hydro-peening, makes to be trapped on steel wire Fiber, under the suction double action of vacuum pressure in the impact of water under high pressure and rotary drum, smoothly transferred to water process system System, solves the problems, such as that fiber is piled up on steel wire, thus ensureing stability and the continuity producing.

Technical scheme: a kind of wet method spun lacing antiseized fibre spun lacing steel wire, antiseized fibre spun lacing steel wire is 50-130 mesh individual layer Stainless steel cloth and stainless steel wire net surface has nickel coating, in 50-130 mesh stainless steel cloths after nickel plating through broadwise steel wire At intertexture levels angle filled up by nickel, angle round and smooth.

The utility model compared with background technology, due in nickel plating stainless steel cloth through levels at broadwise steel wire intertexture Angle is filled up by nickel, angle is round and smooth, thus fundamentally solves the still unsolved steel wire in this area for a long time through broadwise In steel wire pilotaxitic texture, at intertwined point, fiber is easily detained and is stuck in the difficult problem between intertwined point, it is to avoid fiber cumulative heap The phenomenon of long-pending blocking mesh, both ensure that the quality of product, in turn ensure that stability and the continuity of production.

Brief description

Fig. 1 is the partial structural diagram of wet method spun lacing antiseized fibre spun lacing steel wire.

Fig. 2 is the partial enlargement structural representation of Fig. 1.

Fig. 3 is the application schematic diagram of Fig. 1.

Specific embodiment

Embodiment 1: 1-3 referring to the drawings.A kind of wet method spun lacing antiseized fibre spun lacing steel wire, antiseized fibre spun lacing steel wire is 50-130 mesh individual layer stainless steel cloth 1 and there is nickel coating (not shown) on stainless steel cloth 1 surface, 50-130 mesh after nickel plating are not Rust steel wire in filled up by nickel through levels angle 2 at broadwise steel wire intertexture, angle round and smooth.Be conducive to the lower loss of spun lacing effect Fiber be easier taken away by vacuum draw, cumulative on steel wire without being trapped in.This 50-130 mesh nickel plating stainless steel Silk screen in the range of 60-99bar or 100-150bar(arbitrary pressure value and include end value) true in the impact of water under high pressure and rotary drum Under the suction double action of pneumatics power, the fiber being trapped on steel wire can be made smoothly to be transferred to water treatment system, solve The problem that fiber is piled up on steel wire, thus ensure stability and the continuity producing.

The embodiment of embodiment 1 application is shown in Fig. 3.

It is to be understood that: the detailed word although above-described embodiment is contrasted to mentality of designing of the present utility model Description, but these word descriptions, simply describe to the simple text of the utility model mentality of designing, rather than new to this practicality The restriction of type mentality of designing, any combination, increase or modification without departing from the utility model mentality of designing, each fall within this practicality new In the protection domain of type.

Claims (2)

1. a kind of wet method spun lacing antiseized fibre spun lacing steel wire, is characterized in that: antiseized fibre spun lacing steel wire is for 50-130 mesh individual layer not Rust steel wire (1) and stainless steel wire net surface has nickel coating, in 50-130 mesh stainless steel cloths after nickel plating through broadwise steel wire At intertexture levels angle (2) filled up by nickel, angle round and smooth.

2. wet method spun lacing according to claim 1 antiseized fibre spun lacing steel wire, is characterized in that: 50-130 mesh nickel plating are stainless Under steel wire suction double action of vacuum pressure in the impact of 60-99bar or 100-150bar water under high pressure and rotary drum, can make The fiber being trapped on steel wire is smoothly transferred to water treatment system.