Flat conveyor belt

The flat conveyor belt is a fundamental and core component for continuous material transport in modern industrial systems and automated assembly lines. Its structure typically consists of a high-strength fabric carcass bonded with specialized surface polymers, enabling the smooth movement of materials through surface friction.
Characterized by stable operation, versatility regarding material types, and low maintenance costs, these belts have become an indispensable hardware foundation in industrial manufacturing.

Classification by Core Material
The surface material of a flat conveyor belt directly determines its physical properties and application suitability:

Polyvinyl Chloride (PVC): A representative general-purpose material offering good elasticity and chemical stability; highly cost-effective and widely used in standard industrial conveying.

Polyurethane (PU): Features high resistance to abrasion, cutting, and oil; meets strict food-grade hygiene standards and is frequently used in environments demanding superior physical durability.

Polyethylene (PE): Offers excellent tensile strength and cold resistance; releases no toxic gases during combustion, making it suitable for processes with specific environmental requirements.

Silicone (SI): Boasts exceptional high-temperature resistance and non-stick surface properties; designed for extreme processing conditions such as high-temperature baking or handling sticky materials.

Industrial Rubber: A traditional high-strength material with outstanding impact resistance, anti-slip qualities, and weather resistance; commonly used in heavy-duty or outdoor transport scenarios.

Typical Industries and Applications
Thanks to the diversity of materials available, flat conveyor belts are utilized across a wide range of industries:

Food Processing: Conveying and processing lines for baked goods, meat products, and fruits/vegetables.

Electronics Manufacturing: Meeting precision transport and anti-static requirements during the assembly of semiconductors and electronic components.

Textile & Dyeing: Facilitating the smooth transfer of fabrics and fibrous materials between various processing stages.

Airport & Warehouse Logistics: Handling rapid, automated transport for baggage sorting and parcel delivery.

Sports Equipment: Serving as the core drive component for treadmill belts and various fitness machines.

New Energy Industry: Enabling automated material flow on production lines for photovoltaic modules and lithium batteries. Woodworking and Building Materials: Suitable for high-load, dusty environments such as board processing and the handling of construction materials.