|Place of Origin:||stainless steel wire mesh China supplier|
|Model Number:||stainless steel wire mesh|
|Minimum Order Quantity:||30 square meters|
|Price:||22 usd/ square meter|
|Packaging Details:||wooden crate|
|Delivery Time:||25 days|
|Payment Terms:||T/T or L/C|
|Supply Ability:||8500 square meters per month|
stainless steel wire mesh (SUS 304L)
Our company offers stainless steel wire mesh for paper-making at the width from 2m to 8m. It was installed in
the paper-making machine net department, which can make the water suspension of pulp preliminary dehydration,
and then form the wet paper pages.
Our stainless steel wire mesh for paper making has the properties of superior tensile strength, bending strength, abrasion
resistance and stretchability. Stainless steel paper-making mesh has the best advantage of acid-resistant, wear-resistant,
alkali-resistant, non-toxic, high temperature (in the 180-degree environment can be a long time operation), while net body
smmoth, tensile strong, good ventilation, running smoothly, no seam marks, wide adaptability, long life and so on.
With these high performance properties, stainless steel screen printing meshes are widely used.
High precision of the mesh openings
Uniform weave (no mesh striping)
Exceptionally high yield point
Very narrow thickness tolerances
Large open area
Firm mesh binding
Easy to use (flat lying, no curl)
No static charge
High tension: much higher tension than common polyester mesh and smooth tension
Super precision: uniform wire diameter and aperture with extremely low difference
Low elongation: very small elongation of wire mesh at high tension
High flexibility: the wire mesh will not lose elasticity at extreme tension;
High corrosion resistance: the excellent corrosion resistance of stainless steel wire exceeds polyester fiber
Good solvent resistance: to avoid the affects of any solvents to wire mesh and to ensure the safety of print screen
In dehydrating of paper-making, also mine, metallurgy, chemical industry, rubber, cement making,filtration of fluid and sifting of particles.
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