Engineering Tyre Mould

Engineering Tyre Mould
Details:
Engineering tyre moulds are designed to meet the needs of engineering vehicles working under complex and harsh conditions, so they have some unique characteristics: High-strength materials: Engineering tires are usually made of high-strength materials, such as steel cord and special rubber.
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Description
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Engineering tyre moulds are designed to meet the needs of engineering vehicles working under complex and harsh conditions, so they have some unique characteristics: High-strength materials: Engineering tires are usually made of high-strength materials, such as steel cord and special rubber, to provide better wear resistance and puncture resistance. Strong structure: Engineering tires have a strong structure, including tread, buffer layer, cord layer, bead and other parts. The design of these parts enables the tire to withstand large loads and pressures in harsh environments without being easily damaged.

 

Engineering tyres, also known as engineering machinery tyres, are composed of six parts: tread, buffer layer, cord layer, bead, tire layer and airtight layer. It has good wear resistance and low heat generation. Engineering tyre moulds are mainly used for engineering vehicles and engineering machinery, including dump trucks, scrapers, excavators, loaders, bulldozers, graders, rollers, beach machines, as well as cranes, concrete mixers and their transporters. In the use of every engineering vehicle, the choice of tire mold is one of the most important budget items. Tire price is important, especially in today's cost-conscious budget spending environment, but so are quality, performance and worker safety.

 

This new tread pattern has multiple benefits. Improved heat dissipation makes it more durable and reduces the temperature of the tread area by 8°C; more tread rubber contacts the ground, which improves wear resistance and ensures better load distribution across the contact patch through low contact pressure. Finally, shoulder rubber blocks prevent excessive tire movement during cornering, further reducing tire wear.

 

Engineering tyre moulds use corrosion-resistant steel wire in the tire structure to improve adhesion between rubber and steel cords and increase durability. They also have a wider tread for longer tread life, and their interlocking blocks improve heat dissipation, which improves heat dissipation when the tire is running at increased speed.

TIRE SIZE

PLY

ARDRATING

STAND

RIM

INFLATED SIZE OF NEW TIRE

LOAD

RELATIVEPRESSURE

SECTIONWVIDTH

OVERALLIAMETER

5.00-8TT

10

3.50D

137

470

1295

900

6.00-9TT

10

4.00E

160

540

1795

850

6.00-14

10

4.50J

125

665

800

530

6.50-16

10

5.50F

200

800

795

250

7.50-16

10

5.50F

225

800

860

280

6.50-10TT

10

5.00F

175

590

1965

775

7.00-12TT

12

5.00S

190

676

2830

850

7.00-15TT

12

5.50F

200

750

3355

825

7.50-15TT

12

6.00G

215

780

3630

775

8.25-15TT

12

6.5

235

840

4100

700

18*7-8TT

14

4.33R

173

465

1840

900

21*8-9TT

14

6.00E

200

535

2300

900

23*10-12TT

12

8.00

200

632

3290

700

23*9-10TT

16

7.00

229

584

2300

800

250-15TT

16

7.5

250

735

4350

850

27*10-12TT

14

8.00G

250

690

3620

750

28*9-15TT

14

7.00

220

710

3285

800

300-15TT

20

8.00

300

840

6825

900

10-16.5

10

8.25

261

779

2170

520

12-16.5

12

9.75

312

830

2900

550

14-17.5

14

10.5

351

922

3875

550

15-19.5

14

11.75

391

1029

4565

485

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