Anti-static PTFE Cloth hian Temp & Humidity hmangin a chunglam Resistivity a Drift em

PTFE high-temperature cloth siamtu professional a nih angin Jiangsu Aokai New Material  chuan heti hian a sawifiah a:Anti-static PTFE puan surface resistivity chu temperature leh humidity inthlak danglamna nen nasa takin a drift ang. He property hi a material structure leh conductive principle atanga teh a ni. Pure PTFE cloth ang lo takin resistivity stable tak a vawng reng a, a key performance hi environment condition, a bik takin humidity a zirin a danglam thin.

1. Conductive Principle & Environment-in nghawng a neih chhan bulpui

Material Composition  Anti-static PTFE puan hi composite material a ni a, a tlangpuiin fiberglass base fabric, PTFE coating leh conductive fillers carbon black ang chi hmanga siam a ni.

Performance Drift awm chhan bulpui  A anti-static performance hi coating chhunga conductive fillers siam conductive network-ah a innghat ber a, PTFE substrate ngei pawh hi insulating sang tak a ni thung. Ambient temperature leh humidity hian resistivity a tidanglam ber a, conductive fillers te performance a nghawng nasa hle.

2. Humidity — Surface Resistivity nghawngtu thil lian ber

Temperature leh humidity inkarah hian humidity hi surface resistivity drift thlentu ber a ni a, influence mechanism direct leh mak zawk a nei a ni.Humidity hian resistivity hi kawng hnih in a nghawng ber a ni:

·  Surface Moisture Absorption : Moisture hian material surface-ah hmuh theih loh tui film a siam a, charge conduction atan kawng thar a siam a, surface resistivity tehna chu a tihhniam bawk.

·  Substrate Penetration : Tui molecule te chu coating chhungah an lut a, charge transmission atan channel dang a siam belh bawk.

Basic Rule Anti-static materials te surface resistivity hi ambient humidity a san chuan a tlahniam tlangpui.

Anti-static PTFE high-temperature cloth hi entirnan la ila: relative humidity chu dry condition atanga 85% aia sang a nih chuan a surface resistivity chu order engemaw zatin a tlahniam thei (eg, (10^{17},Omega) atanga (10^{12},Omega) thlengin), hei hian material property chu insulator atanga conductor-ah a thlak danglam thei a ni.

3. Temperature — Indirect leh Complex Influence

Chumi nena khaikhin chuan temperature hian surface resistivity-ah indirect leh minor  influence a nei tam ber a, deep-layer conductive performance a nghawng ber a ni.Product tam zawka normal operating temperature range chhungah chuan surface resistivity-a temperature direct impact chu a tlem hle a, inthlak danglamna lian tham a awm lo.

Indirect Impact Temperature sang lutuk hian coating aging a ti chak ang emaw, material structure a tichhia ang a, chu chuan resistivity variation a tidanglam thei lo ang.

4. Performance Drift-a thil langsar ber berte

Reversible Drift & Recoverable Performance  Moisture absorption avanga resistivity tlahniam hi taksa leh reversible process a ni tlangpui. Ambient humidity a tlahniam a, material a vawt chuan a resistivity chu a original level-ah a kir leh thei a ni.

Drift Resistance hi Formula a zirin a danglam  Anti-static PTFE puan hi unified standard product a ni lo va; a resistivity drift do theihna chu a formulation bik ah a innghat a ni.

o  Traditional Humidity-dependent Type : Carbon particle, ionic filler emaw metal powder hmanga siam tam zawk chuan boruak lum hnuaiah conductive network a then a inzawm lo ang a, chu chuan resistance sang zawk a thlen ang.

o  New Humidity-independent Type : Conductive polymer matrix dik tak hmangtu product tlemte chuan inherent conductive channel an nei a, humidity-in a nghawng tlem hle a, stability tha tak a pe thei bawk.

A chunga kan tarlan te hi Jiangsu Aokai New Material Technology Co., Ltd.

Kan full product line atana parameter kimchang, application scenario leh customized solutions chungchanga hriat belh duh i neih chuan PTFE high-temperature cloth, PTFE high-temperature tape, PTFE high-temperature mesh belt, seamless fuser belt, single-sided PTFE coated cloth, high-temperature resistant conveyor belt leh high-temperature resistant fiberglass cloth te pawh a tel. min rawn biak theih reng e:

·  Hotline: Pu Guo +86 18944819998 zawhfiah theih a ni

·  Pu Liu +86 13705266308 theih a ni

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