Why Do Electronic and Electrical Professionals Need to Attend a Plastic and Rubber Exhibition?

NematX’s nematic 3D printing technology, combined with Polyplastics’ LAPEROS® LCP material, has achieved a major breakthrough in additive manufacturing. Its core innovation lies in precisely controlling the alignment of LCP molecular chains during material extrusion, thereby overcoming the critical weakness of conventional 3D printing—poor interlayer adhesion—and enabling printed parts to match injection-molded parts in mechanical performance.

This technology fully unleashes the ultra-high strength, superior high-frequency characteristics (low Dk/Df), and near-zero thermal expansion of LCP, enabling the direct manufacturing of complex, high-performance end components for aerospace, 5G/6G communications, and precision medical fields.

PC resins recovered from the market are difficult to be reused in applications requiring high transparency through conventional recycling methods. Toray dissolves, purifies, and restores the resin into reusable polymer, making it a recycled PC resin with properties comparable to new materials.

Recycled PC resin produced by solvent dissolution regeneration technology has high transparency, which can be reprocessed into new car headlights from scrap car headlights, achieving primary regeneration for products with high transparency requirements. At the same time, compared to PC resin manufactured by chemical recycling processes, it not only reduces production costs but also helps to cut down CO₂ emissions generated during the manufacturing process.

White/Light-colored Engraving Color Material Technology: As a globally innovative breakthrough in material technology, it can directly and precisely mark color characters and patterns on the surface of white, transparent, and other light-colored substrates, completely solving the industry pain point of traditional light-colored substrates being unable to achieve color identification.

Creating high-value-added product solutions in areas such as personalized cosmetic packaging labeling, visual presentation of luxury footwear, robotic shell materials, and appearance-functional markings for new energy materials, offering extensive market application potential.

PP with pyrophosphate piperazine halogen-free flame retardant has a decomposition temperature increased by 35°C compared with market similar products, impact strength increased by 30%, and has no effect on the melt flow index of the resin. It is mainly applied to the upper covers of new energy vehicle batteries and energy storage batteries, solving the problems of low yield rate, insufficient strength, and poor surface quality in the current market.

The ADP-based flame retardant used in PA addresses the issues of heat resistance and melamine residue, and offers significantly higher cost-effectiveness compared to similar foreign products. It is primarily used as a halogen-free flame retardant for lightweight, safe TPE materials in EV charging stations and drones; as a flame retardant for cable materials, it achieves UL94 V-0 rating—a performance previously unattainable; and as an APP-based flame retardant for fabric coatings, it resolves issues of water solubility and water-slicking.

Based on the performance requirements of different components, a series of resin formulations (e.g., PEEK, PEI, PPS) have been developed, each exhibiting distinct properties. In particular, differentiated PEI modification schemes demonstrate superior processing accuracy and dimensional stability compared to PEEK, making them especially promising for highly precision-critical components—such as dexterous hands and joints—and offering higher cost-effectiveness.

For parts requiring high design aesthetics and mechanical strength, color-matching schemes based on pure PEI resin offer greater application feasibility.

reSound™ OM bio-based thermoplastic elastomer contains 40% to 50% bio-based renewable content derived from sugarcane, reducing carbon footprint at the raw material source compared to conventional petroleum-based TPEs. It offers performance comparable to standard TPEs, along with excellent UV resistance, a hardness range from Shore 30A to 90A, and is suitable for overmolding with PP, PC, or ABS.

At the same time, the reSound™ OM series is an opaque natural color that can be used with traditional TPE colorants, and can also be paired with Avient's sustainable colorants. It is widely applicable in consumer goods, automotive, and industrial sectors, such as household appliances and consumer electronics, personal care products, and cosmetic packaging.

Production efficiency increased by more than 30%; 100% reduction in labor costs for the assembly process, with error rate decreased by 5%-8%; dimensional deviation of ±0.05mm, better than the ±0.2mm of traditional processes.

Integrated injection molding and assembly for propeller clamps; high-speed injection at 800 mm/s; air-floating turntable ensures stable station switching. Delivers core benefits of fully automated production, cost reduction, and efficiency improvement to users.

High-precision digital control and precise dual-material compositing ensure lightweight, impact resistance, and dimensional stability, meeting consumers' demands for reliability in drone components.

Producible terminal products: drone propellers and propeller clamps.

The EC series is an energy-efficient twin-screw compounding platform suitable for standard modification, color masterbatch, and general-purpose processing applications. The equipment features stable torque transmission, an optimized screw design, and reliable temperature control, ensuring consistent product quality.

Mature mechanical structure, easy operation, and low maintenance make the EC series highly cost-effective, very suitable for production scenarios with comprehensive requirements for cost and energy efficiency.

Adopting the "e-Storm Energy Saving Method" to achieve a 50% reduction in power consumption. Safely shorten the mold change time, and under the MIMS Multi-Intelligence Monitoring System, further add:

The newly launched FCS standard toggle-type hydraulic servo energy-saving machine, equipped with an electric injection unit, offers clamping forces ranging from 60 to 530 tons.

Suitable for home consumer goods, stationery, automotive, 3C, and home appliance industries, especially suitable for multifunctional office machines, printers, computers, and peripheral product parts.

The North Institute has successfully completed the construction of multiple film production lines, including those for biaxially oriented polyethylene terephthalate (BOPET), synchronous/asynchronous biaxially oriented polyamide (BOPA), and polyvinyl alcohol (PVA) optical films, all to a high standard.

Capable of meeting high technical requirements such as width of 7.4m, thickness of 3μm-400μm, and speed of 400m/min, providing stable and reliable technical and industrial support for special film manufacturers.

INCOE Heat-INject™ hot runner system revolutionizes the injection molding process by applying precise localized thermal pulses to the mold cavity. It produces high-quality parts with perfect appearance, effectively avoiding or improving weld lines and gate defects, and is particularly suitable for complex thin-wall components such as living hinges.

The system has a short cycle, excellent energy efficiency, and adopts a plug-and-play modular design for easy installation.

Optical film materials are mainly applied in the automotive industry, electronics, electrical industry, film switches, computers, mobile phones, liquid crystal displays, sunglasses, sun hats, coated mirrors, protective masks, special printing, medical kits, and other fields.

From raw material selection to extrusion process and equipment manufacturing accuracy, every detail needs to be precisely controlled. Production must be carried out in a dust-free environment. The feeder, extruder, metering pump, calender, haul-off machine, and winding machine are equipped with closed-loop speed feedback systems to ensure high synchronization among all units, which is crucial for ensuring the high quality of optical sheet materials.

Each roller shaft undergoes dynamic balancing testing and is equipped with an advanced online multi-point thickness gauge and an automatic winding system.

NEXHEAT 300 A-LP Cordless Heat Gun offers precise temperature control from 50 to 500°C. It can be adjusted in 5°C increments, and the air flow can be set in five stages, making the device ideal for soldering, heat shrinking, or plastic shaping.

April 23, 14:00 - 16:30