Designed to support low carbon emission, environmental protection and achieve sustainability goals, the reSound OM bio-based TPEs utilize between 40%~50% bio-renewable content derived from sugarcane, and can reduce carbon footprint comparable to traditional petroleum-based TPEs. reSound OM TPEs are formulated for durability, delivering property retention and UV resistance comparable to traditional TPEs. The hardness levels are between 30A and 90A, and can be suited for overmolding onto PP or PC, ABS, which is the ideal solutions to help customer achieve sustainable goal.
Plus, with an opaque natural color, reSound OM materials are easily colorable with traditional TPE or sustainable colorant from Avient. The production wastes are recyclable, which facilitates the achievement of sustainable development by customers.
< reSound OM TPE can be widely applied in consumer goods, automotive, industrial, appliance, consumer electronics, personal care products and cosmetics packaging.

The next-generation HP Indigo 25K is designed for flexible packaging production, with digital printing technology enabling on-demand production while supporting biodegradable, recyclable substrate printing. At the same time, it is equipped with spot master technology to achieve fast color matching, which only takes 5 meters and 3 minutes to achieve spot color matching, which greatly saves time and waste.

With thousands of drops processing millions of Bio Resin parts all over the globe, our experience with Bio Resin is unmatched in the industry. From complex food packaging, cutlery production to consumer goods parts, our Ultra range of hot runners, designed for BioResin applications deliver:
1. Thermally balanced systems with precise temperature distribution ensures optimal melt handling
2. A variety of gating methods designed for bio-resin molding
3. Specific start-up and maintenance processes for a variety of bio-resins.

With the rapid development of new energy vehicles industrial scale and technological level, the safety problem is becoming more and more important. Flame retardant polymer materials ( such as PC/ABS, PP, PA, PBT, etc.) produced by PRET are widely used in power battery now. This series of materials meets the requirements of UL94 V0 level for flame retardance and electrical property, and has excellent performance in long-term physical durability. It can also improve the energy density of the power battery and prolong the service life of the battery pack, which is in line with the new energy vehicles development concept of environmental protection and lightweight. PRET materials will continue to escort the safety of new energy vehicle.

Chen Hsong SPARK all-electric injection moulding machine -- through global technology partnerships and leading-edge innovations.
The SPARK series of all-electric injection moulding machines is a perfect example of the relentless pursuit of excellence in play. Every aspect of the product line is perfectly matched and fine-tuned to work with each other in maximum efficiency from the highly-refined mechanical structure, to real-time, intelligent algorithms running on high-speed control systems, to Big-Data-driven applications know-how encoded directly into the machine firmware. The result is a highly dynamic, accurate, safe and efficient system that produces high-speed, snappy mechanical movements while maintaining very high degrees of precision, repeatability and shock/wear protection.
In a nutshell, the SPARK enables users to manufacture perfect products, easily, quickly, reliably and at competitive costs, for a long time to come.

This collection wall combines environmental protection material, recycled material and self-cleaning technology.

he nighthawk demonstrator features an OLED screen, capacitive touch buttons and a slider, as well as vertical and side-firing LEDs, in a super-thin, sealed, polycarbonate structure.
• Makrolon® polycarbonate resin and Makrofol® polycarbonate films
• In-mold electronics for backlighting & ambient lighting
• In-mold electronics for capacitive touch buttons & slider
• Integrated OLED display
• 50% - 70% less plastic and weight*
• Makrolon® TC (thermally conductive) heat sink built into mono-material base
• Efficient material recovery at end of life
• Lower CO2 emission in the whole life cycle

VULCAN XC72 specialty carbon black is a uniquely designed conductive carbon black from our XC family of conductive carbon blacks. Its unique properties allow end products to deliver functionality at relatively lower loading levels compared to Cabot's other carbon blacks in the XC family. VULCAN XC72 specialty carbon black has demonstrated its performance capabilities for many years, allowing compounders to feel confident using it in a wide range of conductive applications.
VULCAN XC72 specialty carbon black is suitable for use across a range of conductive applications: Conductor shields used in medium voltage power cables; Insulation shields used in medium voltage power cables; Conductive plastic molded or extruded parts where protection from electrostatic discharge (ESD) is required.