Our engineering plastics are used in a wide range of fields.
Mechanical Equipment Parts
Ports, Terminals & vessels
Infrastructure Construction Ground Solution
Outdoor Venue floor protection
Mining & Industrial storage lining solution
Chemical Wasterwater containment & treatment
Sports Field Applications
Nuclear & Radiation Shielding
Desert Ecological Restoration
Mechanical Equipment Parts
Are you troubled by frequent wear‑and‑corrosion of equipment accessories and production losses caused by maintenance downtime, as well as unmet anti‑static and flame‑retardant demands in harsh working conditions? Our UHMWPE series perfectly replaces traditional metal components. Its superior wear‑resistance and self‑lubrication reduce wear loss, satisfy safety standards for special operating environments, lower O&M costs and keep your equipment running steadily.
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Ports, Terminals & vessels
UHMWPE Marine fender pad, UHMWPE Roller , HDPE Marine board for the vessel
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Infrastructure Construction Ground Solution
Troubled by muddy, sinking site ground and blocked passage for heavy‑load vehicles? Traditional steel plates come with high laying costs and low reusability. Our full‑range ground protection mats feature fast installation and reusability. They disperse vehicle loads to prevent pavement subsidence, accommodate diverse load‑bearing requirements, improve construction efficiency and cut costs for temporary access roads.
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Outdoor Venue floor protection
Are outdoor venue floors vulnerable to damage from heavy‑object rolling and wear caused by frequent foot traffic, leading to high repair costs afterwards? Our series of anti‑slip HDPE protection boards and ground mats feature excellent wear resistance, anti‑slip performance, weather resistance and anti‑aging properties. They can disperse equipment loads to prevent ground damage, and are easy to lay and remove. They provide long‑term protection for outdoor venues and cut maintenance costs
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Mining & Industrial storage lining solution
Are material transfer chutes and silo liners prone to wear and material blockage, making it difficult to meet safety requirements in coal‑mine applications? Our modified UHMW‑PE wear‑resistant liners feature low‑friction anti‑blocking performance, high wear resistance and impact resistance to improve conveying efficiency. They comply with industrial and mining safety standards and reduce operation and maintenance costs.
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Chemical Wasterwater containment & treatment
Prone to leakage when chemical‑zone ground and tank structures are corroded by acid‑base media, while conventional anti‑seepage materials tend to age and crack? Our HDPE V lock liner / HDPE anti‑corrosion anchor plates deliver outstanding acid‑alkali corrosion resistance and anti‑seepage performance. They isolate corrosive media and ensure safe and stable operation of chemical‑industry zones.
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Sports Field Applications
Are venue fences( Dasher board), floors(synthetic ice), baffles ( floorball rinks) and training equipment( football rebound board) prone to damage from collisions and wear under frequent usage, resulting in insufficient protective performance? Our full‑range products for the sports sector feature excellent collision buffering, wear resistance and weather resistance. Suitable for both indoor and outdoor sports scenarios, they improve facility durability and sports safety while cutting maintenance costs.
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Nuclear & Radiation Shielding
Borated polyethylene is a professional shielding material dedicated to nuclear energy and radiation protection fields. Blended with uniform boron carbide fillers in a polyethylene matrix, it efficiently moderates fast neutrons and absorbs thermal and epithermal neutrons, while reducing secondary gamma ray radiation.
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Desert Ecological Restoration
Desert governance faces the challenge of wind‑sand erosion. Conventional sand‑fixing materials tend to age and fail, resulting in high long‑term treatment costs. Our HDPE sand‑fixing and wind‑barrier boards feature excellent UV‑resistance and tolerance to extreme temperature differences. The modular design facilitates construction, effectively resisting wind‑sand erosion, cutting governance costs and supporting ecological restoration.
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