Sabuk Konveyor Anti-Stick

QMH anti-stick conveyor belt is a highly effective solution for handling sticky materials in various industries. Its special rubber compound and lotus effect ensure minimal material carryback, leading to cost savings, operational efficiency, and a longer belt lifespan. With a proven track record in numerous case studies, this type of conveyor belt stands as a reliable choice for handling challenging materials.

Features

·Self-lubricating

·Low friction

·Electrical impedance

·Wear and impact resistance

·Oil and acid & alkali resistance

·High temperature and cold resistance

·Customizable food grade, various colors

Design and Composition

Special Rubber Compound: The anti-stick conveyor belt utilizes a special rubber compound in its construction. This compound is formulated to exhibit anti-stick properties, ensuring that materials do not adhere to the belt's surface.

Lotus Effect: During usage, the belt continuously produces anti-stick materials, resulting in a phenomenon known as the "lotus effect." This effect creates a surface that is highly repellent to sticky materials, further preventing adherence.

Applications

Wet and Sticky Materials: QMH anti-stick conveyor belts are particularly suitable for handling wet and sticky bulk materials such as sediment, chemical powder, clay, plaster, and coal.

Industries: QMH anti-stick conveyor belts find wide application in various industries including tunneling, hydraulic engineering, chemicals, concrete, and mining.

Advantages

Material Carryback Reduction: The primary advantage of an anti-stick conveyor belt is its ability to significantly reduce the carryback of sticky materials. This leads to a lower residue rate of sticky materials, often by 50-80%.

Cost Savings: By effectively preventing material carryback, the belt helps in reducing the cost associated with belt cleaning and maintenance. This results in lower operational costs and a higher overall efficiency.

Extended Lifespan: The anti-stick properties also contribute to a longer lifespan for the conveyor belt, as it is less subject to wear and tear caused by sticky materials.

Case Studies

Hydraulic Projects: Examples include the Pearl River Delta water diversion project and the Dubai Water Conservancy Project.

Tunnel Engineering: Notable projects include the Russian Metro, Shenzhen Metro, and Guangzhou Metro.

Metallurgy: The anti-stick conveyor belts have also been used in metallurgical plants such as Baowu Group and Zhanjiang Iron and Steel Plant.