Celanese Hostaform C 2521 POM

Material attribute: Low flow

Package: 25 KG/Bag

Process: Extrusion molding

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Celanese Hostaform C 2521 POM Description

Hostaform C2521 is a low-flow acetal resin manufactured by Celanese Corporation; it is also known as"POM-C material."It has a melt index of 2.5 and high viscosity, and can be used to produce sheets, pipes, and thick-walled products.

Celanese Hostaform C 2521 POM Advantage

High viscosity POM, Hostaform C2521 POM resin has a melt volume rate (MVR) of 2.5 cm³/10 min under test conditions of 190°C and 2.16 kg. It has high viscosity, making it resistant to deformation and warpage during the production of thick-walled products, and is particularly suitable for the production of extruded sheets, pipes, and other products.
Automotive application POM, As a copolymer formaldehyde material suitable for automotive applications, Hostaform C2521 has been certified to ·BMW GS93016 · Bosch N28 BN 22-O004 · Continental TST N 055 54.07 · Ford WSK-M4D635-A1 · General Motors · Mercedes-Benz DBL 5403, 5405, 5410, 5420 · Nissan POM-IVx-1 · Stellantis MS.50210/POM-C.2400F.6C.LF. These certification documents allow the parts to be used directly in vehicles of the corresponding brands without the need for secondary certification.

Why choose Baiyou as Celanese Hostaform C 2521 POM supplier?

Leading high viscosity polyacetal resin supplier (POM 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

Celanese Hostaform C 2521 POM
Product information
Manufacturer		Celanese Corporation
Other Certificates		MSDS
Part Marking Code		>POM material<
Color		Natural color
Material Shape		POM Pellets
Process		Injection molding
Features		·High flow ·Easy to process
Autmotive		·BMW GS93016 ·Bosch N28 BN 22-O004 ·Coninental TST N 055 54.07 ·Ford WSK-M4D635-A1 ·General Motors ·Mercedes-Benz DBL 5403 5405 5410 5420 ·Nissan POM-IVx-1 ·Stellantis MS.50210/POM-C.2400F.6C.LF
Physical properties	Standard	Value	Unit
Density	ISO 1183	1410	kg/m³
Melt volume rate, MVR at 190℃/ 2.16 kg	ISO 1133	2.5	cm³/10min
Mold shrinkage, parallel	ISO 294-4	2.1	%
Mold shrinkage, normoal	ISO 294-4	1.8	%
Humidity absorption, 2 mm	ISO 62	0.2	%
Water absorption 2 mm	ISO 62	0.65	%
Mechanical behavior	Standard	Value	Unit
Tensile stress, yield, 50 mm/min	ISO 527	62	MPa
Tensile strain, yield, 50 mm/min	ISO 527	9	%
Nominal strain at break	ISO 527	32	%
Tensile modulus	ISO 527	2600	MPa
Flexural stress at 3.5 %	ISO 178	66	MPa
Flexural modulus	ISO 178	2500	MPa
Tensile creep modulus, 1 h	ISO 899	2300	MPa
Tensile creep modulus, 1000 h	ISO 899	1100	MPa
Ball indentation hardness, H358 /30	ISO 2039-1	144	MPa
Impact	Standard	Value	Unit
Charpy impact strength 23℃	ISO 179/1eU	250	kJ/㎡
Charpy impact strength -30℃	ISO 179/1eU	250	kJ/㎡
Charpy notched impact strength 23℃	ISO 179/1eA	8.5	kJ/㎡
Charpy notched impact strength -30℃	ISO 179/1eA	8.5	kJ/㎡
Thermal	Standard	Value	Unit
Temperature of deflection under load, 1.8 MPa	ISO 75	101	°C
Melting Temperature, 10 ℃ /min	ISO 75	165	°C
Thermal conducitivity of melt	ISO 22007-2	0.155	W/(m K)
Coefficient of linear thermal expansion (CLTE), parallel	ISO 11359-1/-2	110	E-6/K
Specific heat capacity of melt	ISO 22007-4	2210	J/(kg K)
Electrical	Standard	Value	Unit
Volume resistivity	IEC 62631	1E12	Ohm.m
Surface resistivity	IEC 60093	1E14	Ohm
Electic strength	IEC 60243-1	35	kV/mm
Comparative tracking index	IEC 60112	600
Dissipation factor, 100 Hz	IEC 62631	15	E-4
Dissipation factor, 1 MHz	IEC 62631	50	E-4
Relative permittivity, 100 Hz	IEC 62631	4
Relative permittivity, 1 MHz	IEC 62631	4
Flame retardant	Standard	Value	Unit
UL recognized, 94HB Flame Class Rating	UL 94	1.5	mm
UL recognized, 94HB Flame Class Rating 2nd value	UL 94	3	mm
Injection molding guidance	Standard	Value	Unit
Drying temperature		100	℃
Drying time		3-4	hrs
Maximum moisture content		0.02	%
Melt temperature		190-210	℃
Max screw tangential speed		≤0.3	m/s
Mold temperature optimum		100	℃
Min. mold temperature		80	℃
Max. mold temperature		120	℃
Hold press range		60-120	MPa
Hold press time		2h²-3	s
Back pressure		4	MPa
Ejection temperature		130	℃