High Tear Resistance
The solid woven structure ensures excellent belt integrity, preventing local damage from spreading into major tears. This makes it particularly suitable for transporting sharp or large-sized materials, such as ore and coke.
Superior Transverse Rigidity
Compared to multi-ply fabric or steel cord conveyor belts, the solid woven structure experiences minimal deformation in the transverse direction. This results in more stable operation, making it ideal for complex conditions like steep inclines and multi-point discharge.
High Joint Efficiency
Joint efficiency can exceed 95%, ensuring the belt maintains high-strength connections even under frequent start-stop cycles or heavy loads, thereby significantly reducing the risk of belt breakage.
Outstanding Flame Resistance & Anti-Static Properties (Especially PVC/PVG Types)
Specifically designed for flammable and explosive environments like underground coal mines, these belts comply with national and international safety standards (such as GB 14784), effectively reducing the risks of fire and static-induced explosions.
Resistance to Moisture & Sticky Materials
The PVC surface maintains excellent cleanability and conveying stability even with damp or muddy materials. Meanwhile, PVG types utilize a rubber composite layer to enhance the friction coefficient and wear resistance, adapting to even harsher operating conditions.
Extended Service Life
PVG/PVC + rubber composite types (FRSR) offer a service life extended by over 30% compared to pure PVC types, while also supporting higher conveying speeds and greater tonnage capacity.
Wide Range of Applications
Available in corresponding specifications for everything from light industrial materials to heavy-duty ore transport (e.g., grades 680S to 1400S). Thickness can be customized (0.8mm–11.5mm) to meet diverse operational requirements.
