News center

Hotline:0755-22277778 Tel：0755-22277778
Mobile：13826586185（Mr.Duan）
Fax：0755-22277776
E-mail：duanlian@xianjinyuan.cn

Company news

Advanced Institute of Technology Grid Conductive Fabric Plain Conductive Fabric Weave Detailed Introduction

Time：2022-03-07Number：1708

Supply grid conductive fabric Rip stop, plain conductive fabric woven detailed introduction

Grid conductive fabric/Grid conductive fabric/Grid patterned conductive fabric series/ Proudcts List for Rip-Stop:

Series Series	Spec. Size specification mm	Size Grid Size mm	Plate coating	Remark
Ultra thin square grid fabric	0.035	7 Rip-Stop	Ni Cu Ni
Ultra thin black checkered fabric	0.035	7 Rip-Stop	Ni Cu Ni Sn	Single or double-sided black
Ultra thin square grid fabric	0.043	7 Rip-Stop	Ni Cu Ni
Black checkered cloth	0.044	7 Rip-Stop	Ni Cu Ni Sn	Single or double-sided black
Plaid	0.07	7 Rip-Stop	Ni Cu Ni	Ni Cu Ni
Black checkered cloth	0.07	7 Rip-Stop	Ni Cu Ni Sn	Single or double-sided black
Ordinary grid	0.10	5 Rip-Stop	Ni Cu Ni	Ni Cu Ni
Black checkered cloth	0.10	5 Rip-Stop	Ni Cu Ni＋Sn	Single or double-sided black
Silver plated square grid cloth	0.10	5 Rip-Stop	Ni Cu Ni Ag	Ni Cu Ni Ag
Plaid	0.11	3 Rip-Stop	Ni Cu Ni	Ni Cu Ni

Flat woven conductive fabric series/Woven fabric list by thickness:

Series Series Supplier Thin Series	Spec size specification mm	Description/Description	Plate coating
	0.32	Ultra thin copper nickel flat weave	Ni Cu Ni
	0.035	Ultra thin copper nickel flat weave	Ni Cu Ni
	0.055	Ultra thin copper nickel D T. Y flat weave	Ni Cu Ni
	0.055	Ultra thin D T. Y silver plating	Ni Cu Ag
	0.055	Ultra thin D T. Y 14K, 16K, 18K24k gold	Ni Cu Ni Au-
	0.060	Ultra thin copper nickel flat woven fabric	Ni Cu Ni
	0.065	Ultra thin copper nickel flat woven fabric	Ni Cu Ni
	0.085	50D (SD Br silk) flat weave	Ni Cu Ni
	0.085	D. T.Y Copper Nickel Flat Weaving Fabric	Ni Cu Ni
	0.085	Flat woven 280 conductive fabric	Ni Cu Ni
	0.085	Flat woven 280 conductive fabric black tin plated - single-sided or double-sided black	Ni Cu Ni Sn
DTY	0.085	D. T.Y300 Copper Nickel Flat Weaving	Ni Cu Ni
DTY	0.095	D. T.Y Copper Nickel Flat Weaving	Ni Cu Ni
ordinary	0.10	290 copper nickel flat woven fabric	Ni Cu Ni
black	0.10	290 flat woven black conductive fabric - single-sided or double-sided black	Ni Cu Ni Sn
copper plating	0.10	Copper plated flat woven fabric	Ni Cu＋Ni Cu
gold-plating	0.10	24K gold flat woven fabric	Ni Cu Ni Au-
	0.10	18K gold flat woven fabric	Ni Cu Ni Au-
	0.10	16K gold flat woven fabric	Ni Cu Ni Au-
	0.10	14K gold flat woven fabric	Ni Cu Ni Au-
silvering	0.10	290 silver plated flat woven conductive fabric	Ni Cu Ag
	0.10	F&D290 flat weave	Ni Cu Ni
black	0.10	290 black tin plated flat weave - single-sided or double-sided black	Ni Cu Ni Sn
twill	0.11	190 twill flat weave	Ni Cu Ni
Nickel cobalt	0.11	Nickel cobalt flat woven conductive fabric	Ni Cu Ni Co
D.T.Y	0.11	DTY.250 flat weave	Ni Cu Ni
D.T.Y	0.15	DTY.260 flat weave	DTY.250 flat weave
D. T.Y Ultra Thick	0.18	D. T.Y ultra thick flat fabric	Ni Cu Ni
Oxford Silk Oxford	0.18	Oxford silk Oxford copper nickel flat weave	Ni Cu Ni
Oxford silk Oxford gold plating	0.18	Oxford silk Oxford gold-plated plain weave	Ni Cu Ni
D. T.Y Ultra Thick	0.21	D. T.Y ultra thick flat fabric	Ni Cu Ni
Spun thread is super thick	0.23	Spun silk flat weave fabric	Ni Cu Ni

DTY material conductive cloth is suitable for die-cutting, with a flat cut and almost no burrs. All kinds of conductive fabrics can be subjected to ATU antioxidant treatment in principle.

Pre

Back

Our main products include flexible substrate coating, shielding materials, absorbing materials, precious metal slurries, and more!

Provide customers with professional and convenient electromagnetic shielding and conductive material application solutions

Flexible electrode materials, shielding materials, conductive materials, absorbing materials, and new material technology solution providers

Advanced Institute of Technology Grid Conductive Fabric Plain Conductive Fabric Weave Detailed Introduction

Supply grid conductive fabric Rip stop, plain conductive fabric woven detailed introduction