光アルファクス Product Lineup

【Overwhelming Deodorization Speed and Durability】 Thanks to its unique pore structure, it quickly adsorbs and removes foul-smelling components such as ammonia, hydrogen sulfide, and acetic acid. It achieves not only instantaneous effects but also long-term suppression. 【Virus Inactivation & Disinfection Effect】 Beyond mere deodorization, it retains the ability to inactivate viruses. It provides a high level of cleanliness that is also chosen in the medical and hygiene fields. 【High Safety Suitable for Cosmetics】 Developed by Toyo Seikan Group. It meets strict safety standards, making it safe for use in hair care products that come into contact with skin and hair, as well as in food packaging and automotive interior materials. 【Unique "Moisture Regulation Function" Enhances Added Value】 With a moisture-regulating effect that balances moisture levels in hair and skin, it can be utilized as a differentiating point to enhance the product's usability and comfort. 【Diverse Forms and Processability】 We offer a variety of forms that are easy to introduce into existing manufacturing lines, such as water slurries and ethanol slurries. Processing into non-woven fabrics, films, filters, etc., is also straightforward.

This document introduces the potting solutions for automotive parts from GOLOHO Polymer Materials Co., Ltd. It includes technical parameters for 4.0 W/m.K thermal conductive potting, as well as information on fluidity, selection of thermal conductive materials, and surface treatment of thermal conductive materials. The advantages of the product include low viscosity, excellent leveling properties, and outstanding sedimentation resistance. [Contents (partial)] ■ 4.0 W/m.K thermal conductive potting technical parameters ■ 4.0 W/m.K thermal conductive potting fluidity ■ 4.0 W/m.K thermal conductive potting selection of thermal conductive materials ■ 4.0 W/m.K thermal conductive potting surface treatment of thermal conductive materials ■ 4.0 W/m.K thermal conductive potting polymer structure *For more details, please refer to the PDF document or feel free to contact us.

In this document, we have introduced a comparison table of the specifications for silicone thermal pads. We have listed the color, thickness, density, hardness, allowable temperature, dielectric strength, volume resistivity, and thermal conductivity for thermal conductivities ranging from 1.0 W/m·K to 10.0 W/m·K. Please make use of this information for product selection. 【Items Listed (Partial)】 ■ Color ■ Thickness (mm) ■ Density (g/cm3) ■ Hardness (Durometer Shore OO) ■ Working temperature (℃) *For more details, please refer to the PDF document or feel free to contact us.

This document introduces the silicone and polyurethane materials of GOLOHO POLYMER. It includes an introduction to research and development, main products, fully automated production lines, and an automatic matching system for the fully automated production lines. The company's silicone products possess excellent temperature shock resistance, high weather resistance, electrical insulation, water repellency, environmentally friendly materials, and breathability, and are primarily used in the electronics, electrical products, and power supply industries. 【Contents (partial)】 ■ Introduction to research and development ■ Research and development team: Changzhou Company Research and Development Center / Jiangxi Province Company Technology Center ■ Main products ■ Fully automated production lines ■ Automatic matching system for fully automated production lines *For more details, please refer to the PDF document or feel free to contact us.

This document introduces thermal conductive gel products for new energy applications. It includes the development background of thermal conductive gel materials, applications in eco-friendly vehicles, a summary of two-component thermal conductive gel products, product characteristics, and basic parameters. As part of the gel technology solutions for eco-friendly vehicles, applications include power battery packs, automotive electronic devices, BMS, DC/DC converters, and radar systems. [Contents (partial)] ■ Development background of thermal conductive gel materials ■ Applications in eco-friendly vehicles ■ Summary of two-component thermal conductive gel products ■ Characteristics of two-component thermal conductive gel products ■ Basic parameters of 2.0W/m.K two-component thermal conductive gel *For more details, please refer to the PDF document or feel free to contact us.

"Rimveil(R)" extracted from natural mozuku from the Kingdom of Tonga. Rimveil is a cosmetic ingredient made from natural mozuku sourced from the Kingdom of Tonga, harvested by divers by hand, and extracted using a unique method to ensure high purity and safety. It contains a slimy component found in seaweed, which retains self-repairing abilities and high moisturizing power. It demonstrates significant effectiveness in both hair care and skin care, providing a pleasant feel and various expected benefits. It is a high molecular weight fucoidan with an average molecular weight of 1.7 million. A naturally derived ingredient for aging care and anti-aging, aligned with SDGs.

"Rimveil(R)" extracted from natural mozuku from the Kingdom of Tonga. Rimveil is a cosmetic ingredient made from natural mozuku sourced from the Kingdom of Tonga, harvested by divers by hand, and extracted using a unique method to ensure high purity and safety. It contains a slimy component found in seaweed, which retains self-repairing abilities and high moisturizing power. It demonstrates significant effectiveness in both hair care and skin care, providing a pleasant feel along with various expected benefits. It is a high molecular weight fucoidan with an average molecular weight of 1.7 million. A naturally derived ingredient for aging care and anti-aging, aligned with SDGs.

Do you have any of these concerns about "Adhesion to Silicone"? - Poor adhesion to silicone-coated fabrics, leading to peeling - Sealant is too hard, raising concerns about flexibility and durability - Want to sew after curing, but the sealant damages the needle or hinders work - Need to ensure reliability under extreme temperature changes and high-temperature environments - Want to eliminate mixing errors in the manufacturing process and delays due to waiting for curing The solution to these issues is the two-component addition reaction sealant "RH2200"! "RH2200" is a two-component addition reaction silicone sealant developed for products that require high safety, such as automotive airbags. It exhibits extremely strong adhesion to silicone-coated substrates and silicone pads, which have traditionally been difficult to bond.

"LSR2020-45 A/B" is a two-component platinum catalyst type LSR developed for products that require advanced safety, such as automotive airbags. 【Are you facing these issues?】 - You are using products from major manufacturers but want to reduce raw material costs. - You have concerns about supply stability and want to secure a second source (alternative supplier). - You want to eliminate the primer process to improve production efficiency. - You aim to eliminate solvent use to reduce environmental impact and improve the working environment. - You want to further enhance the airtightness and internal pressure retention performance during bag deployment. - You are seeking higher heat resistance and flame retardancy against high-temperature gases from the inflator. - You want to reduce friction when folded to achieve smoother instant deployment. The LSR for airbags, "LSR2020-45 A/B," will solve these challenges! *For more details, please download the materials or feel free to contact us.

This product line consists of high-performance materials developed and manufactured by Guangzhou Silok Polymer Co., Ltd., a silicone materials specialist based in Guangzhou, China. Currently, there is a surge in inquiries regarding "acrylate-based organic silicone prepolymers" for UV curing systems and resin synthesis. By adding and co-polymerizing these materials, it is possible to impart high functionalities such as "slip resistance," "abrasion resistance," "anti-soiling and graffiti prevention," and "water repellency" to resins and coatings. Silok is an innovation-driven company that invests 10% of its annual revenue in research and development (recognized by the Chinese government as "Specialized, Refined, Distinctive, and Innovative") and is chosen as an alternative to major manufacturers for cost reduction and shorter delivery times.

The nanomaterial coat "HardoLass" is a next-generation surface modification coating developed in Japan using nanotechnology. It is a 100% inorganic ultra-thin film of less than 1μm that imparts multifunctional properties such as 9H hardness, scratch resistance, stain resistance, and antiviral capabilities without altering the texture of various materials. 1. Ultra-thin film that does not compromise weight or design The extremely thin film of less than 1μm allows for installation while maintaining the weight management of precision equipment and the design of public objects. 2. Reduction of aerodynamic resistance and contribution to the environment By optimizing the surface structure, aerodynamic resistance is suppressed, directly contributing to improved fuel efficiency and reduced carbon dioxide emissions. 3. Protective function that repels graffiti and dirt Prevents paint adhesion, making it easy to remove graffiti and dirt, thus preserving the aesthetics of public transportation and other surfaces for an extended period. *For more details, please download the materials or feel free to contact us.

In the paint industry, products that can withstand outdoor use are in demand. In particular, coatings exposed to ultraviolet rays and rain can easily suffer from issues such as discoloration, cracking, and peeling due to deterioration, which can compromise the durability of the products. Silok's silicone solutions address these challenges by enhancing the weather resistance of coatings, contributing to the longevity of the products. 【Usage Scenarios】 - Outdoor paint - Automotive paint - Architectural paint 【Benefits of Implementation】 - Improved weather resistance of coatings - Enhanced product durability - Increased customer satisfaction

Magnesium alloys are the lightest among practical metals and are next-generation lightweight metals with excellent specific strength. Our company offers three high-performance alloys that overcome the unique challenges of magnesium. From our lineup of "flame retardant" for high safety, "high strength" to withstand harsh environments, and "high thermal conductivity" that contributes to thermal management, we propose the optimal solutions to address your advanced design challenges and lightweight needs.