140 Polyester Printing Mesh Fabric 24T- 165T manufacturer from China Changzhou Kai Long Sieves Net Company

Place of Origin:

Jiangsu, China (Mainland)


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Product Detail

Model No.: 24T- 165T

140 Polyester Printing Mesh</st

140 Polyester Printing Mesh

   Certification: ISO9001, SGS, ROHS
   Material:: 100% polyester
   Weave type:: Plain
   Elasticity:: Low
   Colour:: White, yellow

Description:

In the field of mesh fabrics for screen printing, nowadays the low-elongation polyester screen mesh has already replaced the traditional silk mesh and is dominating the screen printer in the world due to its tensile strength, elastic memory and resistance to chemicals, abrasion heat and moisture. It is said "can be used to print on anything except air and water", which is exactly what Kai Long is producing now in a wide range of mesh counts, and our products offer significant advantages over the traditional monofilament polyester.

Certification: ISO9001, SGS, ROHS
Model Number: 24T- 165T
Material:: 100% polyester
Weave type:: Plain
Elasticity:: Low
Colour:: White, yellow
Width:: 127cm – 360cm

Specifications:

Mesh Count	cm mesh	140T
	inch	350
Thread Diameter um		31 um	34 um
Mesh Opening(um)		38 um	29 um
Open Area(%)		28 %	16 %
Average Thickness um		55 um	61 um
Ink Volume cm³/		13	9
Suggestion Highest Tension		20-22 N/cm	23-26 N/cm

1. All environmental friendly certification and approval

2. Color: white, yellow and other unlimited colors

3. Width can be cut upon your request

Applications:

Our polyester screen printing mesh are used widely in textile printing, electronic printing, PCN, CDS, ceramics, glass, stained paper printing, labei plate, advertising, plastic. etc.

Competitive Advantage:

Improved fabric strength
Faster tension stabilization
High tension and low elongation.
Precision bore, well-distributed, stabilization, superior stencil adhesion.
Accurate printing precision control; holds finer detail with no compromise in stencil durability.
Time-dependent stability and good cohesion with sensitive emulsion.