High Temperature Resistant Rubber Conveyor Belt

Product Details
Customization: Available
Type: Conveyor Belt
Feature: Wear-resistant, Heat-resistant, Tear-resistant, Flame-resistant, Cold-resistant
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Number of Employees
129
Year of Establishment
1998-01-21
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Basic Info.

Model NO.
EP100~EP400, NN100~NN400 etc
Usage
Materials Handling
Performance
Strong Rubber Conveyor Belt
Colour
Black
Width
300~2000mm
Thickness
3~30mm
Rubber Grade
8~25 MPa
Handled Materials
Cement, Coal Mine, Steel, Iron, Quarry etc
Transport Package
Standard Packing
Specification
GB, DIN, RMA, ISO, AS, SABS, BS
Trademark
JIUZHOU
Origin
Baoding City, Hebei, China
HS Code
40101200
Production Capacity
3000 Meters Per Day

Product Description


Specification:
1) Fabric code: EP100~EP400, NN100~NN400, TN/C & CC

2) No.s of ply: 2~10

3) Cover Rubber: Heat Resistant

4) Delivery Detail: 20~30 working day for general orders

Characteristics:
Belt body light and thin, high tensile strength, moisture resistant, fatigue resistant, impact resistant, excellent trough ability etc.
 
Classify by structure:
Type 1: Same as general use conveyor belt, composed of carcass and cover rubber on top and bottom sides.
Type 2:  With an additional insulation layer between crubber cover and carcass. 

Classify by varying heat resistant degree: 
Type T1: To stand a testing temperature≤100°C; 
Type T2: To stand a testing temperature≤125°C; 
Type T3: To stand a testing temperature≤150°C; 
Type T4: To stand a testing temperature≤175°C. 

Application:
Widely used in metallurgy, building material and foundry industries, to convey sintered-ores. 
 

Cover Layer Physical Properties After Thermal Aging Test
                                                               Item                           Type
  Type1   Type2   Type3   Type4
                   Changing scope
Hardness Differences of before and after aging test     +20     ±20     ±20     ±20
Max. after aging test      85     85      85      85
Tensile strength  Properties changing rate reducing     -25     -30     -40     -40
Min. after aging test      12      10       5  
Elongation    at breaking Changing rate of properties     -50     -50     -55     -55
Min. after aging test     200     200     180     180
Note: Aging test (100°Cx168h, 125°Cx168h, 150°Cx168h)

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