Polyethylene Round Bars PU PVC PA66 HDPE Rod for CNC Machining

• Material: HDPE
• Kind: Plastic Bar
• Water Absorption: ＜0.01%
• Contraction Percentage: ＜0.4%
• Tensile Strength: 900
• Density: 0.96
• Model NO.: HR001
• Heat Endurance(Continuous): 90degree
• Bending Tensile Stress: 30
• Tensilbe Modulus of Elasticity: 900
• Resistance Strength: >50
• Hardness: 62
• Transport Package: 1000kgs/Pallet
• Specification: 1000*2000
• Trademark: customer requested
• Origin: China
• HS Code: 3920109090
• Production Capacity: 500 000kgs/Months

Product Description

HDPE Rod

Colour : Black /white /red/yellow/orange/blue

HDPE Diameter:  2-200 mm

HDPE rod length:1000mm ,2000mm ,3000mm or customize

High Density Polyethylene (HDPE) is extremely strong against impact, abrasion resistant, and exhibits a low coefficient of friction. The material is also moisture, stain, and odor resistant, and is FDA approved for use in the food processing industry (mainly for cutting boards). The material's durability makes it a perfect match for a variety of applications such as water tanks, chute linings, bottle/bottle cap production and numerous other industrial uses. Borated HDPE offers radiation protection in nuclear facility applications.

Item	RESULT	UNIT	PARAMETER	NORM USED
Mechanical properties
Modulus of elasticity	1000	MPa	In tension	DIN EN ISO 527-2
Modulus of elasticity	1000 - 1400	MPa	In flexure	DIN EN ISO 527-2
Tensile strength at yield	25	MPa	50 mm/min	DIN EN ISO 527-2
Impact strength (Charpy)	140	Kj/m 2	Max. 7,5j
Notched Impact stren. (Charpy)	No break	Kj/m 2	Max. 7,5j
Ball indentation hardness	50	MPa		ISO 2039-1
Creep rupture strength	12,50	MPa	After 1000 hours static load 1% elong. after 1000 hours Against steel p=0,05 N/mm 2
Time yield limit	3	MPa
Coefficient of friction	0,29	------
Thermal properties
Glass transition temperature	-95	°C		DIN 53765
Crystalline melting point	130	°C		DIN 53765
Service temperature	90	°C	Short term
Service temperature	80	°C	Long term
Thermal expansion	13 - 15	10-5K-1		DIN 53483
Specific heat	1,70 - 2,00	J/(g+K)		ISO 22007-4:2008
Thermal conductivity	0,35 - 0,43	W/(K+m)		ISO 22007-4:2008
Heat distorsion temperature	42 - 49	°C	Method A	R75
Heat distorsion temperature	70 - 85	°C	Method B	R75