Designed to protect precision components from electrostatic damage (e.g., anti-static trays, conductive packaging bags).

Minimizes static interference in interior parts (e.g., instrument panels, door panels).

Used for antistatic pipes and sheets in scenarios such as mining and chemical engineering.

Food Packaging Films (e.g., plastic bags, cling film): Prevents film adhesion, facilitating automated packaging production line operations.

Industrial Product Packaging Films (e.g., electronics, mechanical parts packaging): Enhances film slip and usability.

Agricultural Greenhouse Films: Avoids inner layer adhesion of films, preventing impacts on light transmittance and service life.

Plastic Packaging Bags (e.g., laundry detergent, cosmetic packaging): Improves opening convenience and enhances user experience.

High-Transparency Films (e.g., cellophane, optical-grade films): Organic-type opening masterbatches are selected to balance transparency and opening performance.

Manufacture of components around the engine (such as sensor housings, connectors, gears, etc.), requiring high temperature and oil resistance.

Used for electronic components in high-temperature environments (such as terminal blocks, switch sockets, LED lamp holders, etc.).

Lightweight structural components or parts resistant to extreme environments.

High-strength and wear-resistant components such as mechanical gears, bearings, and seals.

Outdoor plastic films (e.g., agricultural greenhouse films, logistics storage films) to extend weather resistance;

Food packaging bags (requiring light and oxidation resistance to maintain content quality).

Automotive plastic components (e.g., bumpers, instrument panels, seals) resistant to high temperatures, light, and ozone;

Road guardrails and traffic sign boards resistant to outdoor aging and discoloration.

PVC door and window profiles, plastic pipes, and exterior wall insulation panels to enhance weather resistance and service life.

Industrial plastic pallets, trash cans, and sports equipment to enhance wear and aging resistance.

Outdoor furniture and toys to maintain color stability and mechanical strength.

Transparent food containers (e.g., PP lunch boxes), high-stiffness films.

Automotive interior components (e.g., seat fabrics, door handles) (improving hygiene standards to reduce bacterial residue).

Agricultural films, greenhouse pipes (inhibiting algae and mildew to prolong equipment service life).

It is mainly applied to auto parts, home appliance casings, electronic and electrical casings, etc.

Through the deep integration with injection molding technology, functional masterbatch promotes the upgrading of plastic products from "generalization" to "functionalization and customization", becoming a core technical means to enhance product competitiveness in high-end fields such as automobiles, electronics, and medical care.

Functional masterbatch refers to the granular material added during plastic processing and molding to endow products with specific functions (such as antibacterial, flame-retardant, antistatic, etc.). It is produced by uniformly mixing functional additives with carrier resin and granulating, which facilitates its addition and use in non-woven fabric production.

Compared with traditional non-woven fabrics, products added with degradable masterbatch can shorten the degradation cycle in natural environments. By compounding different masterbatches (such as antibacterial + antistatic), the multi-functional integration of non-woven fabrics is achieved, making them suitable for high-end scenarios.

Reduces static dust absorption in plastic tableware and sanitary ware.

Functional masterbatch, a kind of polymer composite material made by mixing high-concentration functional additives with carrier resin through specific processes and granulation, is widely used in the field of membrane materials.

With the tightening of environmental protection policies and the growth of demand for high-end membranes, functional masterbatches are developing towards the direction of high dispersibility, low migration, and multi-functional compounding, becoming a key supporting technology for the upgrading of the membrane material industry.

Functional masterbatch, a kind of polymer composite material made by mixing high-concentration functional additives with carrier resin through specific processes and granulation, is widely used in the field of membrane materials.

With the tightening of environmental protection policies and the growth of demand for high-end membranes, functional masterbatches are developing towards the direction of high dispersibility, low migration, and multi-functional compounding, becoming a key supporting technology for the upgrading of the membrane material industry.

Functional masterbatch, a kind of polymer composite material made by mixing high-concentration functional additives with carrier resin through specific processes and granulation, is widely used in the field of membrane materials.

With the tightening of environmental protection policies and the growth of demand for high-end membranes, functional masterbatches are developing towards the direction of high dispersibility, low migration, and multi-functional compounding, becoming a key supporting technology for the upgrading of the membrane material industry.

To enhance the transparency and glossiness of PET bottles, approaching the texture of glass, and strengthen the visual appeal of products.

Develop heat-sensitive and light-sensitive additive incorporated anti-counterfeit bottles, along with recyclable masterbatch systems, to ensure that the additives in functional bottles do not affect the recycling quality of plastics during regeneration.