Industrial-Grade Plastics for Construction & Mining Equipment

Engineering-grade plastics are essential in construction and mining for their ability to withstand extreme abrasion and chemical exposure. Compared to traditional metals, these materials offer a superior strength-to-weight ratio and inherent corrosion resistance without sacrificing mechanical integrity. From high-impact equipment housings and self-lubricating wear liners to corrosion-proof fluid handling systems, these materials are specifically selected for their performance under high-stress cyclical loading and harsh field conditions.

Selecting the correct polymer depends on the mechanical demands of the application, ranging from high-load structural integrity to chemical compatibility.

• HDPE: Engineered for high-impact strength and a low coefficient of friction, making it the industry standard for abrasion-resistant wear liners and chemical storage.
• ABS: Offers excellent dimensional stability and impact resistance, maintaining structural integrity for equipment housings and protective panels under mechanical stress.
• PVC (Type 1): Characterized by high dielectric strength and exceptional corrosion resistance, ideal for rigid fluid handling systems and electrical conduit in caustic environments.
• Polypropylene (PP): A lightweight thermoplastic featuring high fatigue resistance and chemical inertness, specifically suited for acid-resistant tanks and heat-sealed components.
• Polycarbonate (PC): Provides nearly unbreakable impact toughness and optical clarity, serving as a high-strength alternative to glass for safety shields and operator cab glazing.
• PET: Defined by high tensile strength and creep resistance, offering the necessary stiffness and moisture barrier properties for precision-machined covers and industrial packaging.