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Place of Origin: China (Mainland)
Brand Name: ZHONGDONG
Model Number: OR-01

Specifications

oil resitant conveyor betl produ is made of cotton canvas, nylon canvas or EP canvas and made through the prodcess of calendering , assemblingvulcanizing , etc , It is suitabel for conveying oily materials. Oil resistant conveyor belt can be divided into two types according ro the poperties of cover; speical type
(D), and ordinary type(L).

Standard: certification ISO9001-2000

Tensile strengthfrom10mpa to 24mpa

Place of orgin:China

Port :Ningbo,China

Payment terms:T/T L/C

Minimum quantity:500meters

Supply ability:2000meters

Package:pp,your require

Delivery time: general 20-25days after receiving L/C,or T/Tdeposit.

 

The technical index for EP and NN.

 

item

 

unit

                  Intex

NN-100

NN-150

NN-200

NN-250

NN-300

EP-100

EP-150

EP-200

EP-250

EP-300

 

Adhesive strength

Thickness of cloth and rubber coverage>1.5mm

N/mm

≥3.90

≥3.90

≥3.90

≥3.90

≥3.90

Thickness of cloth and rubber coverage≤1.5mm

N/mm

≥3.50

≥3.50

≥3.50

≥3.50

≥3.50

Between cloth and cloth plies

N/mm

≥5.00

≥5.00

≥5.00

≥5.00

≥5.00

Longitudinal tensile strength of rubber cloth

N/mm

≥98

≥147

≥196

≥245

≥294

Longitudinal elongation at rupture of all thickness of belt

%

≥10

≥10

≥10

≥10

≥10

Longitudinal reference tensile at rupture of all thickness of belt

%

≤4

≤4

≤4

≤4

≤4

 

Tensile strength

                                H

Mpa

≥18

≥18

≥18

≥18

≥18

                                M

Mpa

≥14

≥14

≥14

≥14

≥14

                                L

Mpa

≥10

≥10

≥10

≥10

≥10

 

Elongation at rupture

                                H

%

≥400

≥400

≥400

≥400

≥400

                                M

%

≥350

≥350

≥350

≥350

≥350

                                L

%

≥300

≥300

≥300

≥300

≥300

 

Wear and tear

                                H

cm3/1.6km

≤0.7

≤0.7

≤0.7

≤0.7

≤0.7

                                M

cm3/1.6km

≤0.8

≤0.8

≤0.8

≤0.8

≤0.8

                                L

cm3/1.6km

≤1.0

≤1.0

≤1.0

≤1.0

≤1.0