rezist la temp
rezist la temperatura2

Heat resistance conveyor belt are used when the temperature of the conveyed materials exceeds 60ºC, it’s more practical and economical to use conveyor belts resistant at temperature.

Heat can damage the conveyor belts, leading to cracks or scrapes between plies, softening of the rubber, and causing the components between layers or between the rubber and the protecting layers to separate.
Conveyor belts resistatnt at temperature are ideal for conveying hot sintering materials, pellets, clinker, chemicals, fertilizers, cement and other high temperature materials.
The carcass is made of polyamide / polyester (EP), polyester / polyester (EE) or polyamide / polyamide (PP).

Heat resistant conveyor belts  are available in two versions:

  • T 2 – antistatic and resistant to temperatures up to 130º C

  • T 3 – antistatic and resistant to temperatures up to 150º C

T 3 are also available with resistance up to 200º C.

These belts are ideal for ground ejectors, coke, sinter, limestone , clay , etc.

Belt type

Tensile strength, min., (daN/cm2)

Elongation at break, min., (%)

 Hardness  (°Sh A)

Abrasion loss, max,  (mm³)

Resistance to accelerated aging

Working temperature  range

Decrease of tensile strength, (%)

Decrease of elongation, (%)

Hardness increase, (°Sh A)

168h/ 160°C

 168h/ 130°C

168h/ 160°C

168h/ 130°C

168h/ 160°C

168h/ 130°C

Group

Type

1.

T2- heat resistant up to 130 °C

 150 450 60±5 200 – 60 – 80 – 20 – 30…130°C

2.

T3- heat resistant up to 150 °C

 120 350 60 ±5 200 60 – 80 – 20 – -30 ..+150°C

 

Transported materials

Dimensions

Temperature of material

Surface temperature
Ore synthetized

25 – 200 mm

200 – 400°C

130 – 150°C
Retur ore synthetized

<10 mm

260°C

150 – 190°C
Coke

100 – 200 mm

70 – 100°C

50 – 60°C
Raw materials

<30 mm

180 – 220°C

100 – 120°C
Clay

10 – 30 mm

100 – 220°C

100 – 110°C
Cement

Pulbere

100 – 220°C

80 – 90°C
Metal powdes

–

170°C

120 – 130°C
Molds of sand

–

200 – 250°C

80 – 90°C