Payment & Shipping Terms:
|Elongation:||445 - 557 Percent||Hardness:||Shore60-98A|
|Tensile Strength:||30-53MPa||Elastic Resilience:||34 Percent|
self cleaning screen mesh,
vibrating screen wire mesh
Polyurethane Screen Mesh with long service life for smelting industries
Qijie offers the wear life of a polyurethane panel in a hooked section, so no deck conversion is required.
Features and Benefits
Lasts 7-9 times longer than woven wire cloth
Hooked section installs like woven wire cloth; no deck conversion or additional hardware is required
Poured using open cast technology, Ty-Max permanently hardens when cured to resist wear and tear
Tapered openings reduce pegging
Rugged enough to handle heavy loads in wet or dry applications
Available in side- or end-tensioned hooks
Up to 12-inch top size depending on particle size, type, drop height, rail spacing and feed method.
Proprietary TDS (TEMA Dust Screen) aperture design creates a flexible, non-blinding panel
Compatible with all 1' x 1' and 1' x 2' systems in injection molded or open-cast materials
"Hi-Flow System” offers reduced margins for increased open area
Exclusive "Push-Through” pins punch out, requiring no extraction
Solid pins designed for quick, easy installation and removal
Available in standard injection-molded and all open-cast materials
The proprietary Qijie is molded with disconnected webs to create a flexible, non-blinding panel. Available in standard and Hi-Flow 1' x 1' and 1' x 2' injection-molded panels in yellow and black.
All TEMA ISENMANN products and systems are designed for efficient and productive low-maintenance. We stand behind all of our products' ability to provide screening and wear solutions with exceptional, cost-effective service life.
"Open Cast” panels, made of our proprietary polyurethane materials, provide superior wear performance compared with injection-molded materials.
The "Hi-Flow System” is designed for increased open area by reducing the pin and margin profile. This system is ideally suited for increasing capacity within a limited area.
Contact Person: Victor Meng