Rubber Belt Conveyors

Rubber Belt Conveyor

Rubber belt conveyors are among the most durable conveying solutions used for transporting heavy loads, challenging materials, and products exposed to high temperatures. Thanks to their high abrasion resistance, impact strength, and long service life, they offer indispensable solutions especially in heavy industry, mining, and construction sectors.

Rubber belt conveyors are manufactured in various types according to different material handling requirements:

Straight rubber belt conveyors
Inclined rubber belt conveyors
Curved rubber belt conveyors (1° – 180°)

Remember! There is no single type of conveyor for every application; each production process requires its own tailored solution.

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Rubber belt conveyors are designed to safely handle heavy and demanding materials, utilizing high-strength conveyor belts manufactured from various rubber types such as SBR, NBR, CR, and EPDM.

Rubber belt conveyors; (1) High impact resistance, (2) Heat resistance, (3) Superior abrasion performance, (4) Resistance to harsh outdoor conditions.

Motor Power

1 – 5 kW

Load Capacity

0 – 200 kg/m

Conveyor Speed

1 – 30 m/min

Applications

Rubber belt conveyors are widely used across a broad range of applications, from packaging and packing processes to the chemical industry, from agricultural material handling to heavy industrial operations. They are effectively utilized in all operations requiring continuous and reliable material flow, particularly in logistics and distribution centers, as well as airport baggage handling systems.

In addition, they are preferred in sectors such as agricultural material handling, brick and tile production, paper and cardboard manufacturing, recycling facilities, and the wood industry due to their high durability. They also provide long-lasting and efficient conveying solutions in demanding environments such as the metal industry, energy sector, and rubber processing plants.

Rubber belt conveyors offer flexibility and durability for handling both light and medium-to-heavy loads, making them an ideal solution for the production and material handling needs of various industries.

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Detailed Information on Rubber Belt Conveyors

Advantages of Rubber Belt Conveyors

Rubber belt conveyors offer numerous advantages compared to other conveyor types:

Suitable for heavy load handling
Long service life and cost-effective
High performance under demanding operating conditions
Significantly reduces labor requirements
High efficiency with dusty, sharp, and wet materials
Suitable for both indoor and outdoor applications

Rubber Belt Types

Different types of rubber belts are manufactured according to specific application requirements:

1. Smooth Surface Rubber Belts
Used for transporting packaged and uniform products.

2. Heat-Resistant Belts
Ideal for high-temperature applications (cement, asphalt, foundry, etc.).

3. Oil and Chemical-Resistant Belts
Safely used in chemical production and recycling facilities.

4. Heavy-Duty Belts
Designed for mining, quarries, and heavy industrial applications.

Belt Properties by Rubber Type

SBR (Styrene-Butadiene Rubber)

High abrasion resistance
Flexible structure (stable in both hot and cold conditions)
Long service life
Ideal for mining and quarry applications

NBR (Nitrile Rubber)

High resistance to oils and chemicals
Used in petroleum, recycling, and automotive industries
Resistant to acids and bases

CR (Neoprene Rubber)

High resistance to heat and chemicals
Resistant to oil, solvents, and weather conditions
Widely used in industrial applications

EPDM Rubber

Resistant to UV, ozone, and high temperatures
Resistant to water, steam, and chemicals
Ideal for outdoor applications

Key Considerations in Rubber Belt Selection

Proper belt selection is critical for system performance and belt service life:

Type of material being conveyed (sharp, heavy, chemical, etc.)
Operating conditions (temperature, humidity, outdoor environment)
Abrasion and impact factors
Storage and usage conditions
Exposure to chemicals

Incorrect belt selection may lead to premature wear and increased costs.