Industrial Heat Resistant Conveyor Belt

Heat resistant conveyor belt
1. EP80-630
2. Width: 300-2600mm
3. Best quality level in China
1. Specifications with ordinary conveyor belt.
2. Product implementation HG2297-92 standard.
3. Heat-resistant conveyor belt can be divided into three models:
Type 1: The resistance is not more than 120 ° C test temperature, the maximum short-term operating temperature of 170 ° C, code-named T2.
Type 2: The resistance is not more than 150 ° C test temperature, the maximum short-term operating temperature of 200 ° C, code-named T3.
Type 3: The resistance is not more than 180 ° C test temperature, the maximum short-term operating temperature of 230 ° C, code-named T4.
4. Australia standard: AS 1332-2000 conveyor belting-Texile reinforced Grade F
5. We can also produce according any other international standard.
1, Heat-resistant conveyor belt selection:
Based on the heat-resistant conveyor belt conveyor temperature materials, surface structure parameters such as shape and viscosity choose the type of heat-resistant belt. Such as when the transmission temperature of 150 ° C sintering ore, coke and other bulk materials and the materials and surface contact area with small, with surface temperature maintained at 60-80 ° C; When conveying cement powder smaller viscosity materials, materials with surface temperature and temperature difference on the very small.
with surface temperature and the heat is closely related with the life. Directly affect the plastic cover and core, core layer between the adhesive strength, wear resistance plastic cover, anti-cracking and so on. Should be fully investigated with the surface temperature measurement, such as conditions of use, select the type of heat-resistant belt.
Thick plastic cover is to ensure that scallops have a longer service life of an important condition. Proposal to build heat-resistant plastic belt thickness on plastic 6-9mm, under the plastic 2-4mm.
2, heat-resistant conveyor belt use of the main points:
Strip the entire surface temperature should be continuous, uninterrupted measurement, recording and monitoring, we must avoid unnecessary temperature;
Tape materials to carry out mandatory cooling (preferably in the water layer is red);
Maintain the delivery of materials by bandwidth evenly distributed, but the sub-concentration;
To prevent the existence of oil, (cooling water trace oil) to bring the destruction of more than heat itself;
Scallops with hot materials, once stopped operating, we should promptly take measures to remove heat materials;
Heat the joint with the best thermal bonding method.