Product Details

 

A heat-resistant conveyor belt is designed to withstand elevated temperatures and is suitable for conveying materials that are hot or exposed to high temperatures. These belts are crucial in industries such as steel manufacturing, foundries, cement plants, and other applications where materials being conveyed are at elevated temperatures. Here are key features and considerations associated with heat-resistant conveyor belts:

 

Temperature Range:

Heat-resistant conveyor belts are designed to operate within specific temperature ranges. The temperature resistance is often categorized into different classes, such as T1, T2, T3, etc., each indicating a different maximum operating temperature. These belts can handle temperatures ranging from moderately elevated to extremely high.

 

Cover Compounds:

The outer cover of a heat-resistant conveyor belt is made from specialized rubber compounds that can withstand exposure to high temperatures. These compounds are formulated to resist heat-induced deterioration, cracking, and loss of physical properties.

 

Construction:

Similar to other conveyor belts, heat-resistant belts are constructed with layers of synthetic fabric or steel cords for reinforcement. The number of plies and the type of reinforcement contribute to the strength and durability of the belt.

 

Application Environments:

Heat-resistant conveyor belts are essential in industries where materials, such as hot bulk materials or hot metal parts, need to be conveyed. Applications include foundries, steel mills, cement plants, glassworks, and other processes involving high-temperature materials.

 

Types of Heat Resistance:

Heat-resistant conveyor belts may be designed to resist different types of heat sources, including contact heat, radiant heat, or a combination of both. The specific design considerations depend on the application requirements.

 

Resistance to Thermal Aging:

Heat-resistant belts are formulated to resist thermal aging, which occurs when the rubber is exposed to prolonged elevated temperatures. This resistance helps maintain the mechanical properties of the belt over time.

 

Splice Performance:

The splicing of heat-resistant conveyor belts is a critical factor, as the splices must also be able to withstand the elevated temperatures without compromising the integrity of the belt. Different splicing methods, such as vulcanization, are used depending on the belt type and application.

 

Material Handling at High Temperatures:

These belts are designed not only to withstand high temperatures but also to effectively convey materials at elevated temperatures without compromising the integrity of the belt or the conveyed materials.

 

Environmental Considerations:

Environmental factors such as dust, humidity, and exposure to chemicals may also influence the performance of heat-resistant conveyor belts. Specialized cover compounds may be used to enhance resistance to these environmental conditions.

 

Customization:

Heat-resistant conveyor belts can be customized based on specific application requirements, including belt width, thickness, and other factors to meet the needs of different industries.

When selecting a heat-resistant conveyor belt, it's crucial to consider the specific temperature requirements of the application, the type of materials being conveyed, and any additional environmental factors. Consulting with conveyor belt manufacturers or experts can help in choosing the most suitable heat-resistant conveyor belt for a particular industrial application.

 

 

Execution Standard: MT/T668-2019

 

 

Application:T1 Cotton canvas conveyor belts could be applied in situations with heat resistance requests but not with high temperature materials. They can't be used to transport powder-like materials. T2 They can be used in situations with wearing resistance requests and moderate temperature or used to transport powder-like materials with moderate temperature. T3 They can be used in situations of high temperature and with requests for high wearing resistance, such as sinter and cement clinker. T4 They can be used in situations of high temperature and with requests for high wearing resistance such as sinter and cement clinker.

Original: Nanjing, Jiangsu, China

Certification: MT/T668-2019

Price: Negotiable

Material: a blend of neoprene, nitrile, and styrene butadiene rubber (SBR) and comes inserted with a cloth fabric.

Payment term: TT, LC

Delivery date: short delivery

Packing: export standard

Warranty: 1 years

MOQ: 100m

 

 

 

(1) High tensile strength.

(2) Robust construction.

(3) Wear & tear resistant.

(4) Excellent heat & abrasion resistant cover rubber compound.

(5) Perfect to protect conveyor belt from cracking and hardening by heat.

(6) Rubber cover and carcass capable to withstand high temperature.

(7) Anti corrosive.

 

 

• Factory outlets


• Easy to install


• High quality raw material


• Short Delivery time


• Safe packing


• Best after-sale service

 

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