Modified materials are widely used in new energy vehicles, power batteries, electronics, medical devices, power tools, and smart home applications. We bring proven material expertise across multiple industries.
From new energy vehicles to consumer electronics, from medical to smart home — SmartPoly delivers high-performance modified material solutions for every industry.
Interior and exterior parts, charging connectors, charging pile housings, and instrument panels — demanding higher heat resistance, flame retardancy, and dimensional stability.
Battery housings and module structural parts requiring flame retardancy, insulation, and lightweighting to ensure battery pack safety and energy density.
Connectors, socket housings, and appliance structural parts — requiring excellent electrical performance, heat resistance, and appearance consistency.
Providing stable and reliable material support for medical devices and consumables, meeting cleanliness and compliance requirements. Serving multiple medical device manufacturers.
Power tool housings and structural parts — emphasizing high rigidity, impact resistance, and long-term reliability. Serving major domestic and international power tool brands.
Smart wearables, smart home devices, and consumer electronics housings — demanding precise color matching, texture quality, and dimensional accuracy, with IR-transmitting capability.
Browse typical application scenarios and recommended materials by industry to quickly find the right modified material solution.
Lightweighting, flame retardancy, heat resistance, and dimensional stability — covering key components in the three-electric system and interior/exterior
Under high voltage, materials must combine flame retardancy, heat resistance, and insulation with high surface gloss for high-volume injection molding.
Flame-Retardant PC/ABS · Flame-Retardant PBTGlass-fiber reinforced nylon provides high rigidity and dimensional stability, resists electrolyte corrosion, and supports lightweight battery pack design.
Glass-Fiber Reinforced PA66 · Reinforced PBTLow VOC, low odor, light-resistant — meeting in-cabin air quality standards, supporting paint-free and thin-wall designs.
Modified PP · PC/ABS · ABSElectrical performance, flame retardancy, and appearance consistency — from connectors to major appliances
High CTI, solder heat resistance, high dimensional precision — compatible with SMT processes and miniaturization trends.
Glass-Fiber Reinforced PBT · Flame-Retardant PA66Stable insulation, V-0 flame retardancy, impact resistance, no deformation over long-term use — compliant with safety certifications.
Flame-Retardant PC/ABS · PCExcellent appearance consistency, heat and aging resistance, flexible color matching — supporting high-gloss and matte surface effects.
ABS · PC/ABS · Modified PPFrom kitchen small appliances to white goods — balancing heat resistance, flame retardancy, and appearance
Parts near heat sources require high heat resistance and food-contact compliance; housings demand high gloss and yellowing resistance.
Heat-Resistant ABS · Modified PP · PCDetergent corrosion resistance, weatherability, low shrinkage — dimensionally stable over long-term use, supporting thin-wall lightweighting.
Modified PP · ABS · PC/ABSV-0 flame retardancy, impact resistance, rich color options — adaptable to personalized designs and rapid production changeovers.
Flame-Retardant PP · ABS · PC/ABSHigh appearance precision, thin-wall capability, and special optical functions — for fast-iterating consumer products
High rigidity, low warpage, excellent thin-wall flow — supporting ultra-thin designs and NMT nano-injection molding.
Glass-Fiber Reinforced PA · PC/ABSV-0 flame retardancy, high-voltage resistance, customizable thermal conductivity — for compact fast-charging designs.
Flame-Retardant PC · Flame-Retardant PC/ABSHigh near-IR transmittance, visible-light blocking — for face recognition, remote receivers, and other optical devices.
IR-Transmitting PCHigh rigidity, impact resistance, and wear resistance — supporting long-term reliable operation of industrial equipment and power tools
Impact resistance, fatigue resistance, comfortable grip — supporting overmolding and two-shot injection, meeting drop-test requirements.
PA6 · PA66 · PC/ABSHigh rigidity, low friction, wear resistance, dimensional stability — for high-load and continuous-operation conditions.
Glass-Fiber Reinforced PA66 · PBTChemical corrosion resistance, temperature resistance, self-lubrication — replacing metal to reduce weight and cost, extending maintenance intervals.
PPO · PPO+PA · PBTCleanliness, compliance, and biocompatibility — stable material support for medical devices and consumables
Disinfectable, chemical-resistant, refined appearance — for hospital environments requiring frequent cleaning and disinfection.
Medical-Grade PC · ABSBiocompatibility compliance, low extractables, transparent grades available — for single-use and reusable applications.
Medical-Grade PP · PCHigh dimensional precision, reagent corrosion resistance, low fluorescence background — supporting stable operation of precision testing equipment.
Medical-Grade PC · PBTConductive, antistatic, IR-transmitting, and other specialty functional materials — meeting the special needs of high-end manufacturing and precision electronics.
Permanent antistatic, conductive-grade PC/ABS, PPO+PA alloys with controllable surface resistivity — for electronic packaging, precision instruments, EMI shielding, mining equipment, and other static-sensitive applications.
PC-based IR-transmitting modified materials with high near-IR transmittance — for IR sensor windows, IR lenses, remote receiver windows, face recognition devices, and other optical components.
ASA weatherable series, PC/ABS high-gloss series — UV-resistant, aging-resistant, high surface gloss — for long-term outdoor products and premium consumer electronics housings, with stable color and no yellowing.
Not sure which material suits your product? Contact our technical team for expert material selection advice and custom development services.