PU Flip-Flow Screen Panels

Our Product Series

We manufacture a full range of high-performance polyurethane screen meshes and screening accessories with superior wear resistance, tear strength and anti-clogging properties. If you have specific customization needs for special working conditions, we can develop tailored solutions per your requirements. Below are our main product series widely applied in mining, coal and aggregate industries.

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Polyurethane Hydrocyclone Spigot / Apex Nozzle

The polyurethane hydrocyclone spigot is a core wear-prone accessory in hydrocyclones and fine sand recovery systems, integrally cast from high-performance Cast Polyurethane Elastomer (CPU). As the critical discharge channel for the underflow of the hydrocyclone, it leverages the exceptional abrasion resistance and high elasticity of polyurethane to perfectly solve the pain points of traditional metal spigots, such as corrosion and short service life under high-pressure and high-wear conditions. Its internal streamlined flow-guiding design ensures the smooth and rapid discharge of slurry, significantly improving classification and thickening efficiency while drastically reducing equipment maintenance frequency and overall operating costs.

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Polyurethane Blind Plate with Water Baffle (Rail-Mounted)

Designed for the sealing of the feed and discharge ends of vibrating screens, this product is integrally cast with high-elasticity polyurethane. The unique rail-mounted quick-installation structure, combined with the integrated water baffle (also known as a “screen tongue”), ensures rapid assembly and disassembly while effectively preventing material side leakage and liquid splashing. It is a core accessory for ensuring screen sealing and a clean working environment.

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Polyurethane Lining Board

This product is a high-performance wear-resistant protective material integrally cast from Cast Polyurethane Elastomer (CPU). It perfectly combines the high elasticity of rubber with the high strength of plastic, featuring an extremely wide hardness adjustment range (Shore A10-D80). Serving as the “protective armor” for industrial equipment, polyurethane lining boards are widely used for the internal wall protection of various hoppers, chutes, conveying equipment, and screening machinery. They effectively withstand continuous material scouring, friction, and impact, making them the ideal upgrade choice to replace traditional metal, rubber, and ceramic linings.

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Dedicated Rail Seat for Rail-Mounted Polyurethane Screen Mesh

This dedicated rail seat for rail-mounted polyurethane screen mesh is a high-performance core support component tailor-made for various vibrating screens, dewatering screens, and industrial classification equipment. Integrally cast from high-performance Cast Polyurethane Elastomer (CPU), it features standardized side grooves (or inner/outer hooks) on both sides to securely hold and install matching polyurethane screen panels or blind plates. This unique vertical slide-in quick-installation design not only perfectly fits the rail interfaces of most mainstream brand screen machines but also greatly improves on-site replacement and maintenance efficiency. It fully leverages the exceptional wear resistance, vibration and noise reduction capabilities, and outstanding physical-mechanical properties of polyurethane, making it an ideal choice for achieving efficient precision screening and long-term stable operation.

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Tensioned Polyurethane Filter Screen Mesh

This tensioned polyurethane filter screen mesh is a highly efficient screening medium tailor-made for high-frequency vibrating screens, flip-flow screens, and various precision filtering equipment. Integrally cast from high-performance Cast Polyurethane Elastomer (CPU), it embeds high-strength steel wire ropes or metal skeletons as tensile cores and integrates high-elasticity tension hooks or tension edges on both sides. This unique “rigid yet flexible” structure not only perfectly inherits the exceptional wear resistance and anti-clogging properties of polyurethane but also ensures the screen surface maintains extreme flatness and stability during operation through the pre-tensioned installation method. It is an ideal choice for precise material classification, dewatering, and desliming.

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Polyurethane High-Frequency Screen Mesh with Side Rail Seats

This polyurethane high-frequency screen mesh with side rail seats is a highly efficient modular screening accessory tailor-made for stacked high-frequency fine screens, dewatering screens, and various precision classification equipment. Integrally cast from high-performance Cast Polyurethane Elastomer (CPU), it innovatively integrates standardized side mounting rail seats (or inner/outer hook structures) on both sides. This unique design not only perfectly fits the quick-installation requirements of modern high-frequency vibrating screens, greatly improving on-site replacement and maintenance efficiency, but also fully leverages the exceptional anti-clogging and passing characteristics of polyurethane under high-frequency micro-amplitude vibration. It is an ideal choice for achieving high-yield, high-precision wet or dry screening operations.

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Polyurethane High-Frequency Precision Screen Mesh

This polyurethane high-frequency precision screen mesh is a premium screening medium tailor-made for stacked high-frequency fine screens, precision classification equipment, and micron-level material separation operations. Integrally cast from high-performance Cast Polyurethane Elastomer (CPU) using precision molds in a single pour, it features an extremely high open area and micron-level aperture accuracy (down to 0.045mm or even finer). Leveraging the exceptional “secondary harmonic” self-cleaning properties, outstanding physical-mechanical performance of polyurethane, and advanced conical-hole anti-clogging design, this screen mesh perfectly solves the blinding problem of ultra-fine, wet, and sticky materials under the intense vibration conditions of high-frequency and micro-amplitude. It is an ideal core component for achieving high-yield, high-precision wet or dry fine screening.

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Polyurethane Anti-Clogging Screen Panel with Rail Mounting

Designed specifically to solve the screening challenges of wet, sticky, and fine materials, this product is integrally cast with high-elasticity polyurethane and an advanced anti-clogging aperture structure. Its core highlight lies in the unique side rail-mounting design, which not only achieves rapid installation and tight splicing but also utilizes the excellent elastic recovery of polyurethane to generate a “secondary vibration” effect. This fundamentally eliminates screen blinding, significantly improving screening efficiency and equipment uptime.

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Vertical Rail-Mounted Polyurethane Anti-Clogging Screen Mesh

This vertical rail-mounted polyurethane anti-clogging screen mesh is a highly efficient modular screening accessory tailor-made for various high-frequency vibrating screens, dewatering screens, and fine classification equipment. Integrally cast from high-performance Cast Polyurethane Elastomer (CPU), it features standardized side grooves (or inner/outer hooks) on both sides. This unique vertical slide-in installation design not only eliminates the cumbersome traditional bolt-fixing method, greatly improving on-site replacement and maintenance efficiency, but also fully leverages the exceptional “secondary harmonic” self-cleaning properties of polyurethane. It fundamentally solves the problem of screen blinding caused by wet and sticky materials, making it an ideal choice for achieving continuous, efficient, and dust-free screening operations.

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Detachable Reinforced Camel Hump Polyurethane Screen Panel

This product is a top-tier screening solution tailor-made for extremely harsh operating conditions and high-load screening scenarios. It represents a revolutionary upgrade to traditional camel hump screens by embedding a high-strength metal skeleton (such as steel wire ropes or welded steel plate frames) and integrally casting it with high-performance Cast Polyurethane Elastomer (CPU) at high temperatures. This “rigid yet flexible” structure not only perfectly inherits the exceptional anti-clogging properties and high open area of the 3D camel hump surface but also endows the screen with extreme tensile strength and load-bearing capacity through the built-in skeleton. It completely solves the pain points of ordinary screens, such as easy breakage and deformation under intense vibration, making it the ideal choice for heavy-duty vibrating screens and dewatering screens to achieve long-cycle, high-capacity operation.

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Pin-Mounted Polyurethane Dewatering Screen Mesh / Panel

This pin-mounted polyurethane dewatering screen mesh (or panel) is a high-performance core component tailor-made for various high-frequency vibrating screens, fine sand recycling machines, and industrial solid-liquid separation equipment. Integrally cast from high-performance Cast Polyurethane Elastomer (CPU), it usually embeds a high-strength metal skeleton internally to enhance overall tensile strength. Its core highlight lies in the adoption of the classic H-type male-female pin or expansion anchor fixing system. This unique plug-in quick-installation design not only eliminates the cumbersome traditional bolt and pressure bar fixing methods, greatly improving on-site replacement and maintenance efficiency, but also fully leverages the exceptional wear resistance, high water permeability, and outstanding physical-mechanical properties of polyurethane, making it an ideal choice for achieving efficient precision dewatering and long-term stable operation.

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Rail-Mounted Polyurethane Dewatering Screen Mesh / Panel

This rail-mounted polyurethane dewatering screen mesh (or panel) is a high-performance core component tailor-made for various high-frequency vibrating screens, fine sand recycling machines, and industrial solid-liquid separation equipment. Integrally cast from high-performance Cast Polyurethane Elastomer (CPU), it features standardized side grooves (or inner/outer hooks) on both sides. This unique vertical slide-in quick-installation design not only eliminates the cumbersome traditional bolt-fixing method, greatly improving on-site replacement and maintenance efficiency, but also fully leverages the exceptional wear resistance, high water permeability, and outstanding physical-mechanical properties of polyurethane, making it an ideal choice for achieving efficient precision dewatering and long-term stable operation.

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