Screen Panel

Screen Panel

Screen Panel

The wedge wire screen panel is manufactured with precision V-shaped wires and support rods, offering excellent strength, wear resistance, and high open area.
It ensures stable screening performance under continuous vibration and heavy load conditions.
Widely used in mining, quarrying, coal preparation, sand & gravel plants, and industrial filtration processes.

Our system typically includes vibrating screens, feeders, belt conveyors, bucket elevators, crushers, dust collectors, and related control components.
All equipment can be fully customized according to material type, capacity requirements, and project specifications.

Yes. We support OEM/ODM manufacturing, custom design, special materials, motor brands, screening mesh sizes, and complete layout solutions based on customer drawings or technical requirements.

Standard equipment: 7–15 days
Customized equipment: 15–30 days
Large-scale or fully customized systems may require additional time depending on complexity.

All products are manufactured according to ISO quality control standards.
Key components undergo strict testing for vibration stability, load endurance, structural strength, and long-term reliability.

Yes. We offer detailed installation manuals, assembly drawings, video instructions, and remote commissioning support.
On-site installation services can be arranged for large mining or industrial projects.

We provide a 12-month warranty for core equipment and lifetime technical support.
Spare parts and wear parts are available at competitive factory pricing.

All machines are packaged with export-standard wooden cases, steel framing, moisture protection, and secure fastening.
We arrange shipping by sea, air, railway, or multimodal transport depending on customer needs.

Testimonials

Trusted Feedback From Our Customers

4.8
Client Ratings

Rated by international clients from UAE, Saudi Arabia, Vietnam, and Uzbekistan, our equipment and services are recognized for stable performance, fast response, and long-term reliability.