MC nylon plate

MC nylon plate 1,High tensile strength 2,Good wear resistance 3,High impact resistance 4,SGS certificated

MC Nylon Plate

 

I. Nylon Description

PA is recognized as the most widely used and known engineering plastic in the current market.

PA6 has the best performance, very tough, even at low temperatures, and high hardness in the surface, toughness, mechanical lower shock, and abrasion resistance. Combined with these characteristics and good insulation, and chemical properties, it has become common-level materials. It’s widely used in a variety of mechanical structures and spare parts. Compared to PA6, PA66 own the higher hardness, rigidity, a good resistance to wear and heat deflection temperature.

II. Nylon Characteristics

Advantage:                                                                         

1,High strength and stiffness  

2,High impact and notch impact strength

3,High heat deflection temperature

4,Good at dampening

5,Good abrasion resistance

6, Low coefficient of friction

7,Good chemical stability against organic solvents and fuels

8, Excellent electrical properties, ease of printing and dyeing

9,Food safe, noise reduction

 

Disadvantages

1,Poor dimension stability, electrical and mechanical properties may become affected by absorbing moisture or water.

2,Poor acidproof ability, can’t dye with acid or touch overmuch acid.

3,Poor lightfastness, poor endurance in pollution.

 

Nylon Applications

Fan blades, structural panels, wear pads

 

(PROPERTY)	Test method)	VALUE	UNITS
Density	ASTM  D792	1.13~1.15
Melting temp.		215~221	°C
Min.service temp		-30	°C
Vicat –VSP A/B/50	ASTM  D648	68	°C
(Tensile strength at yield)	ASTM  D638	75	Mpa
Compressive strength	ASTM  D257	85	Mpa
Volume resistance	ASTM  D257	1012	Ω.cm
dielectric constant	ASTM  D257	3.4	1 MHZ
Flexaural stress at conentional Deflection	ASTM  D790	120	Mpa
Water absorption	ASTM  D570	1.2~3.0	%
Impact-zod  Notched (at23 CKg- Cm/cm)	ASTM  D256	5.5	Kg om/cm with Notched

 

MC nylon plate