ABS Compound
Our ABS Compound brings together the toughness of ABS with lower shrinkage—creating a high-performance granule that’s ready for injection molding, extrusion, and more. Enhanced with strategic fillers, reinforcements, and compound-specific additives (like flame retardants, antistatic agents, or colorants), this compound delivers exceptional impact resistance, rigidity, surface finish, and chemical performance. Perfect for automotive interiors, electronics housings, consumer goods, toys, and industrial components, it streamlines production, boosts durability, and ensures product consistency from the first cycle to the last.
Engineering Compound
Our Engineering Compound is a high-performance, PE or PP-based material designed for applications that require superior mechanical strength, thermal stability, and dimensional accuracy. Infused with reinforcing fillers, impact modifiers, and process-enhancing additives, this compound delivers reliable performance in automotive components, electrical housings, consumer appliances, industrial machinery, and structural plastic parts. Its excellent processability allows smooth injection molding and extrusion, producing parts with consistent quality, minimal warpage, and a premium surface finish.
FR Compound
Our Flame Retardant (FR) Compound is a high-performance polyolefin-based formulation engineered to meet stringent fire safety standards while maintaining processability, mechanical strength, and dimensional stability. Designed for electrical enclosures, automotive interiors, appliance housings, construction profiles, and industrial components, this compound provides excellent flame resistance, self-extinguishing behavior, and reduced smoke generation. Available in customizable formulations with various FR additives, it delivers reliable safety, easy processing, and consistent quality for industries where fire protection is critical.
Glass Filled Compound
Elevate your product performance with our Glass-Filled Compound, engineered to provide enhanced mechanical properties, dimensional stability, and thermal resistance. Incorporating glass fibers into polymers significantly improves its rigidity, tensile strength, and heat deflection temperature, making it ideal for structural components in demanding applications.
PP Compound
Our PP Compound is a premium blend of polypropylene resin infused with high-performance additives, reinforcements, and fillers—engineered to meet demanding production needs. It delivers enhanced mechanical strength, thermal stability, rigidity, and flowability, with outstanding chemical resistance and dimensional accuracy. Ideal for automotive parts, household appliances, packaging containers, construction profiles, and medical-grade components, this masterbatch simplifies processing, accelerates cycle times, and delivers products with reliable durability and finish.
Talc Filled Compound
Our PE & PP-Based Talc-Filled Compound blends ultra-fine talc powder with polyethylene to strengthen mechanical performance, heat resistance, and dimensional stability—while ensuring clean processing. Available in talc loadings from 10% to 40%, it’s ideal for injection-molded parts, blown or cast films, electrical enclosures, automotive trims, and industrial containers. With improved thermal tolerance, reduced shrinkage, and smooth surface finish, this compound delivers performance and cost-efficiency in one ready-to-use pelletized solution.
TPE Compound
Our TPE (Thermoplastic Elastomer) Compound delivers the elasticity and softness of rubber, combined with the ease of thermoplastic processing. Engineered in pellet form, it provides excellent flexibility, tear resistance, low compression set, and chemical durability. Ideal for soft-touch grips, seals, flexible profiles, medical tubing, consumer goods, and automotive accessories, it runs seamlessly on standard molding and extrusion equipment—offering flexibility, feel, and aesthetic appeal in one efficient solution.
TPR Compound
Our TPR (Thermoplastic Rubber) Compound brings together the elasticity of rubber with the clean, efficient processing of thermoplastics. With adjustable hardness, it maintains flexibility down to −40 °C and resists wear, abrasion, and chemicals. Perfect for shoe soles, soft grips, gaskets, floor mats, automotive trims, sports goods, and industrial seals, this recyclable and durable compound ensures user comfort, enhanced safety, and streamlined production.
TPV Compound
Our TPV (Thermoplastic Vulcanizate) Compound masterfully blends cross-linked EPDM rubber with a polyolefin-based compatible thermoplastic matrix, delivering both elasticity and ease of processing. Offered in pellet form, this compound offers outstanding flexibility, low compression set, chemical resistance, and exceptional durability—without sacrificing manufacturing efficiency. It’s the ideal choice for seals, gaskets, over-molded grips, soft-touch components, and weather-resistant profiles across industries like automotive, construction, electrical, consumer goods, and medical.
Calcium-Based Filler Masterbatch (PE & PP)
Our Calcium Carbonate Filler Masterbatch blends high-loading calcium carbonate (CaCO₃) with PE or PP carriers to enhance product performance while reducing material costs. This cost-effective solution improves stiffness, dimensional stability, heat resistance, and surface quality—all without compromising clarity or finish. Ideal for injection molding, blown and cast film, woven sacks, extrusion coating, pipes, houseware, agricultural films, and non-woven applications, it streamlines manufacturing across industries and enables sustainable use of recycled content.
Impact Modifier Masterbatch
Our Impact Modifier Masterbatch significantly boosts the impact strength and low-temperature resilience of rigid polyethylene formulations. Crafted with specialized copolymers—such as ethylene-propylene rubber (EPR) or EVA—this masterbatch delivers enhanced toughness, reduced brittleness, and improved handling in applications like injection-molded parts, films, structural components, and rigid containers. With clean dispersions and precise dosing, it offers a durable, cost-effective solution that elevates product reliability and lifespan.
Sodium-Based Filler Masterbatch
Our Sodium-Based Filler Masterbatch uses finely milled sodium compounds—like sodium sulfate (Na₂SO₄)—dispersed in a polyethylene carrier to deliver outstanding clarity and performance at a lower cost. Thanks to its refractive index closely matching that of PE/PP, it enables high filler loading (often over 50%) without sacrificing transparency. Perfect for blown and cast films, sheet extrusion, injection molding, and film packaging, this masterbatch brings high brightness, even dispersion, and excellent stability—delivering value without compromise.