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耐热输送带

起订量：协议

展品参数

展品型号：EP, NN, CC

展品尺寸：300-2500mm

展品材质：橡胶

发货地：中国浙江

展品颜色：黑色

展品特征：本公司主打产品

洽议预约

展品详情

Overview

Quick Details

Place of Origin:: Zhejiang, China

Brand Name:: HUJIA, OEM

Model Number:: EP, NN, CC

Condition:: New

Type:: Heat Resistant Conveyor Belt

Material:: Rubber

Ply Thickness(mm/p):: 0.8-2 mm

Lower Cover Thichness(mm):: 0-4.5 mm

Top Cover Thickness(mm):: 1.5-12 mm

Width Range:: 300-2500mm

Belt Tensile Strength:: 200-3000N/MM

Certificate:: ISO9001:2008

Quality Standards:: GB/T7984-2001, DIN22102 ,RMA,AS1332, JISK6322

Supply Ability

Supply Ability:: 2000 Meter/Meters per Day

Packaging & Delivery

Packaging Details: Packing with PVC water-proof cloth or according to the customers' need.

Port: Ningbo Port/ Shanghai Port

Picture Example:

first figure

Supply kinds of Rubber Conveyor Belt heat and oil resistant Heat-resistance conveyor belt can be classified into three models:

Model 1: Capable of resisting experimental temperature no more than 100 ℃, in code of T1.
Model 2: Capable of resisting experimental temperature no more than 125 ℃, in code of T2.
Model 3: Capable of resisting experimental temperature no more than 150 ℃, in code of T3.
Model 4: Capable of resisting experimental temperature no more than 175 ℃, in code of T4.

Physical Properties of Cover Rubber after Heat-resistance Experiment Conform to Provisions of the Table

Item		Model
		Model 1	Model 2	Model 3	Model 4
		Change Range
Hardness	Difference after and before Aging(IRHD)	20		±20	±20
Hardness	Maximum Value after Aging(IRHD)	85
Tensile Strength	Reduction of Property Change Rate%≤	-25	-30	-40	-40
Tensile Strength	Minimum Value after Aging(Mpa)	12	10	5	5
Elongation at Break	Property Change Rate%	-50		-55	-55
Elongation at Break	Minimum Value after Aging%	200		180	180

Interlayer Bonding Strength

Index Item	Between Fabric Layers	Between Cover Layer and Belt Core
Index Item	Between Fabric Layers	Thickness of Cover Layer 0.8-1.5mm	Cover layer thickness>1.5mm
Average of All Types, N/mm, No Less Than	3.0	2.2	2.6
Minimum Peak of All Types, No Less Than	2.0	1.6	2.0