Engineering plastic pom

1,high automation 2, stable quality of products 3, high adjustability

 Polyoxymethylene  (POM), also known as Super-Steel and Steel-Match, is a high performance engineering plastic and can be made into many kinds of components as a substitute for Zinc, Bronze, Aluminum, and steel.  As one of the top 5 engineering plastics (PA, PC, POM, PET or PBT, PPO), POM is widely used in Aerospace and Aviation Industry, Automobiles, Electronic and Electrics, Mechanics, Instruments, Pipe Fittings and Light industry with particularly high performance in those sliding and rolling mechanical parts which require high lubricity, wear resistance, rigidity and stability of size. For instance, it can be used as modeling material for stereo machines such as video tape recorder, radio, stereo, home appliances like printer, CD-ROM drive, washing machine, drier, hair drier, automobile components like mechanical parts of safety belts, outer handle of car doors,reflecting mirrors, engine-room, precision parts of clocks and watches, game machines and stationeries. With the constant development of Aerospace and Aviation Industry, Automobile, and Electronic and Electrical Industry, the production of  POM has developed rapidly with a demand increase by 4% to 5% annually, which ensures a  bright future for the POM industry.

I companies applies the international advanced POM production technology, which features Iow raw material and energy consumption, continual production, high automation, stable quality of products, high adjustability of product grade, Iow emission of pollutants which complies with the national requirements for environmental protection and clean production.

Our business includes the production and sales of all grades of POM-Loyocon, Formald ehyde, Trioxane, Dioxolane and nucleating agents.

Performance	Unit	Products Specifications					Testing
		MC25	MC90	MC130	MC270	MC450	ISO
Melt Index	g/10min	2.5±1	9±1	13±1	27±1	45±1	1130
Hardness	M Scale	78	80	80	80	80	2039-2
Flexural Strength	MPa	83	87	90	90	91	178
Flexural Modulus	MPa	2350	2450	2500	2550	2550	178
Tensile Strength	MPa	59	62	62	63	63	527-1/2
Breaking Elongation	%	40	35	33	30	28	527-1/2
Notched izod impact	Kj/m2	8.0	6.0	5.5	5.3	5.0	179/leA
Molding shrinkage	%	1.8-2.2	1.8-2.2	1.8-2.2	1.8-2.2	1.8-2.2	Direction level

Engineering plastic pom