Polyplastics Duracon NW-02 POM

Material attribute: ·Wear resistance

Package: 25 KG/Bag

Process: Injection molding

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Polyplastics Duracon NW-02 POM Description

Duracon NW-02 is a lubricated, wear-resistant polyacetal resin manufactured by Polyplastics (Daicel). Also known as"POM-C material,"it has a melt flow index of 2- and offers high flowability, making it suitable for injection molding.

Duracon NW-02 high-performance lubricated POM resin is manufactured at multiple Daicel plants in Japan, Taiwan, and Malaysia. There may be slight variations in shape and color; please contact us if you have specific requirements regarding the country of origin.

As shown in the image on the left, these are Duracon POM NW-02 CF2001 white POM pellets from Japan. They are milky white in color and cylindrical in shape. We also offer Duracon NW-02 CD3068 blackPOM.

Polyplastics Duracon NW-02 POM Advantage

Low-friction POM, Compared to the M90-44 POM—a more commonly used grade in the same series as Duracon POM—the NW-02 POM’s greatest advantage lies in its low friction and wear resistance. By adding an appropriate proportion of polyethylene to the material, the coefficient of friction is effectively reduced, and the POM’s wear resistance is improved.

	Duracon NW-02 POM	Duracon M90-44
Wear Factor (K) vs C steel, material side, pressure 0.98 MPa/s , 30 cm/s	0.19 mm³/(N-km)	0.3e-3 mm³/(N-km)
Wear Factor (K) vs M90-44, material side, pressure 0.06 MPa/s , 15 cm/s	3 mm³/(N-km)	35e-3 mm³/(N-km)
Wear Factor (K) vs C steel, steal side, pressure 0.98 MPa/s , 30 cm/s	10 mm³/(N-km)	＞ 0.01e-3 mm³/(N-km)
Wear Factor (K) vs M90-44, M90-44 side, pressure 0.06 MPa/s , 15 cm/s	＞ 0.01 mm³/(N-km)	65e-3 mm³/(N-km)

⚠️From the above comparison of the wear resistance properties of Duracon POM materials, it can be seen that under test conditions of 0.06 MPa pressure and 15 cm/s for NW-02 versus M90-44, the lateral wear factor of NW-02 is 3×10⁻³, while that of M90-44 POM is 35×10⁻³. NW-02 exhibits 91.4% lower lateral wear than M90-44 under the same conditions and is therefore more suitable than M90-44 for applications requiring low friction and high lubricity.

Why choose Baiyou as Polyplastics Duracon NW-02 POM supplier?

Leading wear resistance POM resin supplier (PC material) , 20+ years of experience in plastic product manufacturing and chemical raw material import and export
Fastest Arrival, with warehouses in multiple ports
1,000+ types of resins are available, and we have cooperated with large petrochemical groups for 30+ years
Free Samples for production testing
Wholesale price, even a piece of goods is based on the wholesale price

Key Attributes

Polyplastics Duracon NW-02 POM
Product information
Manufacturer		Saudi Basic Industry Corporation
Other Certificates		MSDS
Part Marking Code		>POM material<
Color		·Natural color ·Black
Material Shape		POM Pellets
Process		Injection molding
Features		·Wear resistance
Physical properties	Standard	Value	Unit
Density	ISO 1183	1360	kg/m³
Melt flow rate, MFR at 190℃/2.16kg	ISO 1133	20	g/10min
Melt volume flow rate (MVR), at 190℃/2.16kg	ISO 1133	18	cm³/10min
Water absorption at 23℃ 24 hr	ISO 62	0.7	%
Mechanical behavior	Standard	Value	Unit
Coefficient of friction (COF) vs M90-44 pressure 0.06 MPa, 15 cm/s	JIS K7218	0.37
Coefficient of friction (COF) vs C-Steel pressure 0.98 MPa, 30 cm/s	JIS K7218	0.17
Wear Factor (K) vs C-Steel Material side, pressure 0.98 MPa, 30 cm/s	JIS K7218	0.19	mm³/(N-km)
Wear Factor (K) vs M90-44 Material side, pressure 0.06 MPa, 15 cm/s	JIS K7218	3	mm³/(N-km)
Wear Factor (K) vs M90-44 M90-44, pressure 0.06 MPa, 15 cm/s	JIS K7218	10	mm³/(N-km)
Wear Factor (K) vs C-Steel Steel side, pressure 0.98 MPa, 30 cm/s	JIS K7218	＞0.01	mm³/(N-km)
Hardness, Rockwell M	ISO 2039-2	70
Tensile strength	ISO 527	52	MPa
Flexural strength	ISO 178	178	MPa
Flexural modulus	ISO 178	2200	MPa
Nominal tensile strain at break	ISO 527-1,-2	20	%
Impact	Standard	Value	Unit
Impact strength, notched Charpy	ISO 179/1eA	5.9	kJ/㎡
Thermal	Standard	Value	Unit
CTE, Linear, parallel to Flow, at 23℃ to 55℃		12e-5	1/ °C
CTE, Linear, transverse to Flow, at 23℃ to 55℃		12e-5	1/ °C
Heat Deflection Temperature (HDT), unannealed at 1.8 MPa	ISO 75-1/-2	85	℃
Electrical	Standard	Value	Unit
Volume resistivity	IEC 60093	1e14	ohm-cm
Surface resistivity	IEC 60093	3e15×10¹³	ohm
Dielectrics strength, 3 mm	IEC 60243-1	20	kV/mm
Injection molding guidance	Standard	Value	Unit
Drying temperature		120	℃
Drying time		2-4	hrs
Maximum moisture content		0.02	%
Melt temperature		280-300	℃
Nozzle temperature		270-290	℃
Front - Zone 3 temperature		280-300	℃
Middle - Zone 2 temperature		280-300	℃
Rear- Zone 2 temperature		260-280	℃
Hopper temperature		60-80	℃
Mold temperature		80-100	℃