Name: Hot sell quality antistatic floor mat with factory price
Brand: MAXSHARER
Availability: InStock

Product Details

RUBBER material ESD table MAT antistatic Mat

How can we use ESD rubber mat ?

ESD rubber mat or ground mat should be laid out in the workshops and advanced laboratories for microelectronic industries such as electronic semi-conduct devices, electronic computers, electronic communication equipment and integrated circuits etc. To eliminate damages caused by static electricity. When anti-static rubber mat (ground mat) are laid out and grounded, the working surface will discharge the static electricity of human bodies so that a near-equipotential can be maintained for ESEDS tweezers, tools, utensils and instruments, through which human bodies contact the working table and static sensitive devices(SSD) are free from broadband interference produced by static discharging such as triboelectrification etc. In this way, electrostatic protection is realized.

The model description as below:

P.N.	Name	Description
D0401	ESD Rubber Mat(Rubber)	Anti-distortion, long life quality
D0402	ESD Rubber Mat(Anti-ultraviolet, Rubber)	Anti-ultraviolet, anti-distortion, long life quality
D0403	ESD Table Mat(PVC)	Not contain S, Hg, NH3+, Pbany harmful substances
D0404	ESD Ground Mat	Rubber material, anti-slip
D0405	ESD Conveyer Belt	For rotation production line, Nylon Fabric inside
Surface Shine: Glossy or Dull
Size: T(2, 3mm) x W(0.6, 0.9, 1.0, 1.2 M) x L(0~50m) Other sizes are available.

Technical specification:

Parameter of rubber mat/ground mat (thickness: 2mm )
Static Dissipation layer	Surface resistance	10⁷-10⁹Ω
Static Dissipation layer	Friction static voltage	<100V
Conductive layer	Surface resistance	<=10⁶Ω
Conductive layer	Friction static voltage	<50V
Static decay time	5000V-500V	<1.9s
Volume resistance	10⁷-10¹⁰Ω

SD table mat|Industrial rubber mat.

Test results

Test Item		Test Result
Tension Strength		3.6Mpa
Breakage coefficient of elongation		188%
Tear strength(right angle)		20.6KN/M
Resilience (6pcs sheets lapping over)		14%
Temperature of impact embrittlement (not cut)		-25°C No damage
Permanent variation under 70°C*22h, 25% compression		17.9%
Aging in hot air(70°C*22h)	Variation of tension strength	+8.0%
	Variation of breakage coefficient of elongation	-3.8%
	Heat loss	1.08%
Test Standard: GB1040, GB/T529, GB1681, GB5470, GB10654, GB/T7141

Packing :

Construction & Application :

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