ESD PA Sheet

PA series

NGM-A12/AG12/A6/A2

PA: polyamide, a thermoplastic resin, commonly known as nylon (Nylon), the material has the most superior comprehensive performance, including mechanical strength, stiffness, toughness, mechanical shock absorption and wear resistance. These characteristics, together with good electrical insulation and chemical resistance, make the PA6 a “universal grade” material for the manufacture of mechanical structural parts and maintainable parts.

 

Key Property:

1. High mechanical strength: with good tensile, bending and impact strength.
2. Good wear resistance: can maintain good performance in the friction environment.
3. Good corrosion resistance: it has a good resistance to many chemicals.
4. Self-lubrication: in some cases can reduce friction and wear.
5. Good thermal stability: it can keep the performance stable in a certain temperature range.
6. Good processing performance: easy to shape processing, can use a variety of methods to make parts.
7. Excellent electrical performance: with a certain insulation performance.
8. Hygroscopicity: it absorbs water under certain conditions.

 

Product Size:

Material quality	Name of a part	Brand model	Pigment	Thickness unit:mm	Thickness deviation unit:mm	Full board size unit:mm	Stick size unit:mm	Remarks
PA	PA66  Sheet	A6612	White	T6~T100	+0.2~+4.0	620*1250	φ*2020
	PA GF sheet	AG12	black	8~50	+0.2~+4.0	620*1300	R20-95 φ*2020	30%
	ESD PA Sheet	A6	black	6~50	+0.5~+1.0	620*1010	–

 

Product Features:

High strength, can withstand large loads

Excellent corrosion resistance, adapted to various environments

Good wear resistance, extended service life

 

Application Area:

 

 

	Feature project	testing standard	test condition	unit	PA
					A12	A12	A6	A2	AG12
					PA66	PA6	ESD PA6	CON PA6	PA6+GF30%
					true qualities	White / black  blue / yellow	black	black	black
physical property	density	ISO 1183	－	g/cm ³	1.14	1.14	1.14	1.2	1.306
	water absorption	ISO 62	23℃/50 RHin the air	%	1	1	2.6	2.2	1.7
	water absorption	ISO 62	23℃ / water soaked	%		–	9	7.5	6.0
hot property	melting point	－	－	℃	258	258	215	220	225
	maximum operation temperature	snatch	－	℃	180	180	160	165	168
	Long-term use temperature	Continuous: 5000 / 20000	－	℃	70	70	85/70	95/80	93/83
	Minimum use temperature	－	－	℃			-40	_	_
	coefficient of expansion due to heat	ISO 11359	Between 23-100℃ of the same The mean between	m/(m.K)	8	8	90X10-6	_	_
	coefficient of expansion due to heat	ISO 11359	From 23 to 150℃ of the same The mean between	m/(m.K)			105X10-6	_	_
	distortion temperature	ISO 75	1.8Mpa	℃			70	75	80
	Wika softens the temperature	ISO 306	VST/B/50	℃			_	_	_
	glass state temperature	ISO 3146	－	℃			_	_	_
mechanical behavior	tensile strength	ISO 527	Yield to 10mm / min	Mpa	94.8	90	66	60	81.2
	elongation at break	ISO 527	Break at 10mm / min		25.7	5	53	5	6.8
	modulus in tension	ISO 527	－	Mpa			875	_	4000
	bending strength	ISO 178	2mm/min	Mpa	108.8	110	95	105	161.4
	flexural modulus	ISO 178	2mm/min	Mpa	3667.2	2600	2256	2200	6243.7
	Impact strength of the cantilever gap	ISO 180	1eA/23℃	KJ/m2	136.6	55	10	6.5	43.1
	Impact strength of the simple support beam gap	ISO 179	1eA/23℃	KJ/m2			5	_	_
	Rockwell hardness	ISO 2039	23℃	_	121		M85	_	119
	shore hardness	ISO 868	23℃	D/15:	85	85	81±2	76±2	82±2
Electric performance	dielectric constant	IEC 60250	1mHZ/23℃/50 RH	－	4.2	4.2	3.8	_	5.0
	dielectric dissipation factor	IEC 60250	1mHZ/23℃/50 RH	－	0.032	0.032	0.031	_	0.120
	dielectric strength	IEC 60243	23℃/50 RH	KV/mm	27	27	25	_	30
	surface resistivity	IEC 60093	23℃/50 RH	Ω˙cm	≧1014	≧1014	≧1012	103-105	≧1014
	mass resistivity	IEC 60093	23℃/50 RH	Ω	≧1014	≧1014	≧1012	103-105	≧1014
	combustibility	UL94	3mm	－	V-2	V-2	HB	HB	HB