ウエストワン List of Products and Services

Processing aids (Polymer Processing Aids: PPA) are effective additives in the extrusion molding of polyolefin films, helping to prevent melt fracture and sharkskin, reduce die lip build-up, lower back pressure, and improve productivity. Traditionally, fluoropolymers have been the main component of processing aids. These fluoropolymers are classified as PFAS (perfluoroalkyl substances and polyfluoroalkyl compounds), and there has been recent discussion regarding the need for management and regulation of PFAS. At INGENIA, we have developed and manufactured processing aid masterbatches that do not contain fluoropolymers or silicones. This non-fluorinated processing aid MB has been highly regarded for its effectiveness and is adopted and used by many polyolefin film manufacturers.

• plastic

LUVOCOM XCF is a special carbon fiber reinforced compound material known as "eXtra Carbon Fiber" developed by the German company Lehvoss. It achieves a tensile strength of up to 420 MPa and a tensile modulus of up to 50 GPa, exhibiting excellent impact strength, making it a very high-strength and high-rigidity thermoplastic resin material. It has low thermal expansion, resulting in excellent dimensional accuracy. Due to these characteristics, it can be widely used as a metal alternative or as a substitute for CFRP/GFRP, where high mechanical properties are required, and it is expected to provide weight reduction and cost-saving benefits. On the other hand, it is also possible to aim for further weight reduction by using it instead of glass short fiber or glass long fiber reinforced resins. The specific gravity of carbon fiber is about 1.8, which is lower than that of glass fiber at about 2.5, and the amount of fiber needed to achieve similar mechanical properties is less, allowing for a weight reduction of up to about 30% compared to using glass fiber reinforced resin. By using materials with a smaller amount of fiber, moldability improves, and design freedom increases.

• Composite Materials

LUVOCOM is a product line of compound resin materials developed and manufactured by the German company Lehvoss. Since 1983, Lehvoss has been engaged in the manufacturing of thermoplastic resin compounds. They have developed over 4,000 formulations with high strength, thermal conductivity, lubricity, EMI shielding properties, conductivity, metal detection compatibility, and high heat resistance. With extensive knowledge and know-how regarding resins, fillers, and additives, they can propose materials tailored to specific requirements. Due to their excellent functionality and stable quality, many materials have been certified by major automotive OEMs and Tier 1 manufacturers, and LUVOCOM compounds are used not only in the automotive sector but also in aerospace, medical, industrial, electrical and electronics, and sports and leisure fields. Lehvoss has been developing and manufacturing PEEK (polyether ether ketone) resin compounds since shortly after the introduction of PEEK resin. Leveraging the characteristics of PEEK resin, such as high heat resistance, chemical resistance, steam resistance, wear resistance, creep properties, high strength, and flame retardancy, they offer proposals ranging from general formulations to specialized formulations according to needs.

• Engineering Plastics

Since the start of the compound business in 1983, the development and manufacturing of lubricating compounds has been the core business of Lehvoss. By using unique formulations of lubricants and reinforcing materials, we have achieved improvements in tribological performance such as friction and wear characteristics and sliding properties. Common lubricants include PTFE, graphite, and silicone oil, but PTFE is a type of PFAS. PFAS stands for perfluoroalkyl and polyfluoroalkyl substances, and there are currently various discussions and proposals regarding their manufacture and use, with the industry seeking alternative materials. At Lehvoss, we have been developing PFAS-free lubricating compounds since the 1990s, before discussions about PFAS became active, and these compounds have been adopted in many applications. PFAS-free lubricating compounds are based on engineering plastics and super engineering plastics such as PA66, PA46, PBT, PPS, and PEEK, and include various formulations with additives utilizing nanotechnology. We can propose suitable compounds according to your application.

• Engineering Plastics

UHMW-PE stands for Ultra High Molecular Weight Polyethylene. UHMW-PE is a type of polyethylene with an average molecular weight of over 500,000, characterized by a low coefficient of friction, excellent wear resistance, mechanical strength, and chemical resistance. However, many grades have high melt viscosity, making injection molding and extrusion difficult. DREYLUB is a special compound of UHMW-PE that can be used for injection molding and extrusion. With advanced compounding technology and formulation know-how, we offer customized materials that meet our customers' needs. DREYFOL is a melt-extruded film made from UHMW-PE. Typical UHMW-PE films are generally porous because the high melt viscosity of the resin requires the creation of a cylinder through compression molding, which is then machined into a film. In contrast, DREYFOL has achieved film production through melt extrusion. The film produced by melt extrusion is not porous, resulting in superior durability and mechanical properties compared to porous films.

• Engineering Plastics

LUVOBATCH is a chemical foaming agent masterbatch developed and manufactured by the German LEHVOSS Group. The LEHVOSS Group is a global supplier of high-performance resin materials, additives, and compounds. This foaming agent masterbatch allows for the foaming of plastic parts simply by adding it during the molding process. A significant advantage is that it does not require the introduction of new dedicated equipment or maintenance; it can be used directly with existing molding equipment. 【Features】 - Lightweight - Improved thermal insulation - Enhanced soundproofing - Impact absorption - Prevention of shrinkage during molding - Reduced cycle time due to lower melt viscosity 【We will be exhibiting at the High-Function Material Week Osaka】 - Date: May 8 to May 10 - Booth Number: 6-68 (Building 5) *For more details, please download the PDF or contact us.

• Engineering Plastics

LUVOBATCH is a chemical foaming agent masterbatch developed and manufactured by the German LEHVOSS Group. The LEHVOSS Group is a global supplier of high-performance resin raw materials, additives, and compounds. This foaming agent masterbatch allows for the foaming of plastic parts simply by adding it during the molding process. A significant advantage is that it does not require the introduction of new dedicated equipment or maintenance, as it can be foamed directly with existing molding equipment. Chemical foaming agents are generally classified into endothermic and exothermic systems, each following different foaming reactions and exhibiting different properties. Endothermic systems use organic materials such as carbonates, mixed carbonates, and citrates, which are characterized by easy control of the foaming process, high safety, and the ability to achieve fine foaming. On the other hand, exothermic systems use inorganic materials such as ADCA (azodicarbonamide), OBSH (oxybisbenzenesulfonylhydrazide), and TSH (toluene sulfonyl hydrazide), which are characterized by a high foaming ratio. At LUVOBATCH, we propose the appropriate type of foaming agent according to the specific project requirements.

• Engineering Plastics

Additives are an important element for enhancing the performance of resin products. They are used to impart functions to various extruded and injection-molded products, as well as to improve durability. To properly express the effects of additives, accurate control of the amount added and sufficient dispersion within the resin are essential. Additives come in various forms, such as liquids, pastes, and powders, and handling these and accurately weighing them requires effort and can lead to mistakes. LUVOBATCH functional masterbatches are provided with such additives pre-dispersed in a carrier resin, making them easy to handle and allowing for easy control of the amount added. We can also offer customized products that combine not only individual functions such as UV stabilizers, thermal stabilizers, lubricants, processing aids, and desiccants, but also combinations of these functions.

• plastic

This is the world's first technology to biodegrade polyethylene and polypropylene in the natural environment. By simply adding 2% of a masterbatch to PE or PP, the entire resin biodegrades without leaving microplastics, thanks to our unique biotransformation technology. Since only 2% of the masterbatch is added, the original physical properties of PE and PP are almost maintained. Products molded with lyfecycle begin to decompose after the expected usage period and ultimately completely break down into water, carbon dioxide, and biomass. A significant feature is that it biodegrades without leaving microplastics. (Verified by a third-party organization based on BSI (British Standards Institution) [PAS 9017]) Lyfecycle has been confirmed to comply with the Food Sanitation Act positive list, FDA GRAS, and EU 10/2011.

• plastic

Silica reacts with OH groups in the air or in substances to produce a glass-like thin film at nearly room temperature and atmospheric pressure. This technology is environmentally friendly as it does not contain harmful substances to living organisms, does not use petroleum-based resins, and returns to silicon in the natural environment. It is gaining attention as an alternative technology to fluororesin coatings, which have characteristics such as water repellency. Unlike the principles of "water glass" or "liquid glass" technologies represented by colloidal silica, this method is entirely different and, unlike membrane layer technologies that coat the surface of substrates, it also exhibits effects in three-dimensional directions. When applied to paper or wood, it penetrates the material and glassifies each fiber, thereby demonstrating effects in three-dimensional directions. It allows for a finish that is soft and preserves the texture of the substrate rather than a hard coating. Additionally, since the generated SiO2 film is safe and neutral, it is possible to impart various functions to the substrate through chemical bonding. Various functionalities such as water resistance, water repellency, oil resistance, durability, insulation, rigidity, heat resistance, flame retardance, termite resistance, antibacterial properties, UV resistance, radiation shielding, rust prevention, and weight reduction have been confirmed.

• Glass
• Wood products
• Paper and pulp products

□Features of Green Nano Feature 1: Minimal impact on physical properties due to small additive amount Green Nano only requires a small amount of functional masterbatch (recommended addition: 3%), so the physical properties of the original plastic product are almost maintained. This allows for minimal changes in product design due to material changes. Feature 2: No need to change production equipment Plastics with Green Nano can be manufactured using existing production equipment. This technology allows for environmental consideration while minimizing initial costs and effort. Feature 3: Easy-to-handle masterbatch supply Green Nano suppresses CO2 emissions by adding additives (carbonization accelerators) that have a CO2 reduction effect to plastic raw materials. While it is necessary to adequately disperse these carbonization accelerators within the plastic, Green Nano is supplied in a masterbatch state where the accelerators are appropriately dispersed, making it easy to handle. Feature 4: Usable for food applications Green Nano is composed only of raw materials that can be used for food applications, allowing for its use in food packaging materials and other related products.

• plastic

It is based on physically recycled raw materials and is manufactured using 100% green energy supplied by certified energy companies as a contribution to sustainability. Through long-term contracts with raw material sources and continuous quality management of the value chain, we provide high-quality and sustainable pellet materials. The base resins range widely from engineering plastics to super engineering plastics, including PC/ABS, PA6, PA66, PPS, and PEEK. In addition to natural grades, we also offer PTFE-blended sliding grades, glass fiber reinforced grades, and carbon fiber reinforced grades.

• Engineering Plastics

LUVOTECH eco PPS GF40 BK is a glass fiber reinforced PPS resin compound that significantly reduces carbon footprint by utilizing recycled materials. Thanks to the manufacturer's unique know-how, it is possible to exhibit the high properties inherent to PPS while using recycled materials. Quality control is thoroughly maintained, similar to that of virgin materials. Multiple grades with varying ratios of recycled materials are prepared, allowing for a balance between sustainability and mechanical properties according to applications and required characteristics. 【Features】 ■ Uses recycled materials ■ Carbon footprint calculated ■ Ratio of recycled materials can be adjusted according to required characteristics ■ Stable high quality guaranteed by the manufacturer The manufacturer, Lehmann & Voss, specializes in special compounds of super engineering plastics. They have extensive achievements in a wide range of applications, including automotive, aerospace, mechanical parts, and electrical electronics, leveraging their unique compounding manufacturing technology to create thousands of compound formulations. *For more details, please refer to the catalog.

• Engineering Plastics

This product utilizes Biotransformation technology, allowing it to decompose in the natural environment without leaving microplastics behind. The biodegradation process will begin after the expected period, so it can be used as a regular PP non-woven fabric before the biodegradation starts. It is also possible to recycle it before the decomposition begins, and after decomposition, it is converted into water, carbon dioxide, and biomass, making it an environmentally considerate material design. The effectiveness of biodegradability has been confirmed by a third-party organization in accordance with UK BSI PAS 9017 and ASTM D5988/ISO 17556. Instead of switching to a different material such as biodegradable resin, you can continue to use conventional PP materials, which is a significant advantage as it minimizes changes to production equipment and processes. *For more details, please download the PDF or contact us.

• plastic

The "SUPERNOVA PLUS series" has a heat resistance of up to 400°C and can be used for cleaning without lowering the cylinder temperature after molding. In addition to its powerful cleaning ability, various grades are available to match the molding temperature. You can choose from high heat-resistant types that produce almost no smoke or odor even at 400°C, depending on the application and type of resin. 【Features】 - No cooling time for the molding machine, reducing work time - Excellent cleaning power even in small quantities - Low residue type that is easy to discharge, allowing for quick subsequent molding - Effective in preventing black spots and foreign substances in molded products

• Injection Molding Machine
• Cleaning agents

Fluteck is a high-quality fluoropolymer and PEEK resin raw material and semi-finished product manufactured by Fluorseals, a company headquartered in Italy. Fluorseals was founded in 1976 and has over 40 years of experience as a fluoropolymer processing manufacturer. Currently, they have established manufacturing bases not only in Europe but also in the United States and Asia, building a global supply system. They offer standard products primarily made of PTFE, PEEK, and PCTFE, as well as raw materials for PFA, FEP, ETFE, and ECTFE. For certain resins, compounded products can also be proposed. □ List of Fluteck Materials Fluteck P Series [PTFE Natural | PTFE Compound] Fluteck K Series [PEEK Natural | PEEK Compound] Fluteck C Series [PCTFE Natural | ECTFE Natural] Fluteck F Series [PFA Natural | FEP Natural | ETFE Natural] If you are looking for sheets, rods, tubes, etc., made of fluoropolymers or PEEK, please feel free to contact us.

• Engineering Plastics

Polyimide has excellent thermal stability and is a super engineering plastic with good creep characteristics in high-temperature regions exceeding 250°C. Polyimide materials are highly valued in applications involving high temperatures, high-speed sliding, and high loads that typical plastic materials cannot withstand. JH-PI polyimide also has good machinability and can be easily processed with standard cutting tools. In addition to the natural grade, we also offer sliding grades with graphite and conductive grades. □ Features ○ Excellent high-temperature stability Usable in high-temperature applications where typical plastic materials would melt or decompose. ○ Very high heat distortion temperature Exhibits excellent creep characteristics during heating. ○ High strength and high rigidity The strength and rigidity of the processed products are very high, making it a material that can withstand high loads. ○ High impact strength High impact strength allows for precise machining with standard cutting tools. ○ Exceptional dimensional stability With no melting point and a very high Tg, it offers excellent dimensional stability. ○ Low wear and low friction characteristics Especially in sliding compound grades, dry lubrication performance is expected.

• Engineering Plastics

This is PEEK resin, characterized by its stable melt viscosity at high temperatures due to its unique polymerization technology. FD PEEK is available in forms such as pellets, natural powder, and fine particle powder. We offer low, medium, and high melt viscosity options, allowing you to choose according to your molding method and application. In addition to standard products, we can also propose special grades for films and coatings. Features: - Excellent cost competitiveness - Stable melt viscosity even at high temperatures - Extremely high heat resistance - Excellent mechanical strength - Friction and wear characteristics - Dimensional stability (low water absorption) - Excellent chemical resistance - Electrical insulation We have obtained or comply with various certifications such as ISO9001, RoHS, FDA, FAR, and UL.

• Engineering Plastics
• plastic
• Composite Materials

LUVOTECH eco PEEK is a PEEK (polyether ether ketone) resin that significantly reduces carbon footprint by utilizing recycled materials. It maintains the high-performance characteristics inherent to PEEK and exhibits properties close to virgin PEEK. The manufacturer also implements stable quality control. Features: - Uses recycled raw materials, resulting in low CO2 emissions - The manufacturer guarantees stable high quality - Can reduce environmental impact by up to 96% The greenhouse gas emissions per 1 kg of material are compared in terms of CO2 equivalent (kg-CO2eq). LUVOTECH eco PEEK is expected to achieve a greenhouse gas reduction effect of -7.6 kg-CO2eq compared to typical virgin PEEK. The manufacturer, Lehmann & Voss, is a high-end compounder specializing in super engineering plastics. Utilizing their experienced compounding manufacturing technology, they produce materials that exhibit mechanical properties very close to those of virgin PEEK.

• Engineering Plastics

MAPEX is a product line of PA6 and PA66 compound resins. Among them, flame-retardant compound resins are particularly well-developed, and it is a leading brand with an annual production of over 25,000 tons worldwide. Polyamide resins used in the electrical and electronic fields need to possess not only mechanical properties but also appropriate flame retardancy and electrical characteristics. MAPEX offers multiple grades with varying glass fiber content and types of flame retardants, providing suitable flame-retardant resins tailored to specific applications and required characteristics. In recent years, there has been market demand related to environmental impact, such as halogen-free and red phosphorus-free materials, and we have materials that meet these requirements as well.

• Engineering Plastics

GITOP HPPA is finished with low water absorption and high strength and rigidity thanks to its unique formulation and compound technology. It is a polyamide material with high heat resistance, strong against long-term thermal degradation, and excellent moldability. We offer multiple grades, including glass fiber reinforced grades (up to 60% GF) and flame retardant grades, allowing you to choose materials with optimal properties for your applications. If you are looking for resin compounds of PPA or PA66, please consider GITOP. Features of GITOP: ◻ Excellent dimensional stability with low water absorption ◻ High mechanical properties (bending modulus and tensile strength) allowing for metal replacement ◻ High heat resistance ◻ Excellent long-term thermal degradation resistance (some grades can be used continuously at temperatures above 150°C)

• plastic
• Engineering Plastics

LUVOCOM is a thermally conductive compound resin material developed and manufactured by the German company Lehmann & Voss. General plastics have low thermal conductivity, around 0.1 to 0.4 W/mK. In contrast, LUVOCOM thermally conductive compound resins achieve high thermal conductivity of up to 28 W/mK through a unique additive formulation. As base resins, we have a proven track record with various thermoplastic resins such as PEEK, PEI, LCP, PPS, PPA, PA66, PET, and PC, and we offer both conductive and insulating materials. Thermally conductive compound resins often require a large amount of inorganic fillers to achieve high thermal conductivity, which can negatively impact moldability and mechanical properties. At Lehmann & Voss, we pursue a balance between thermal conductivity, moldability, and mechanical properties based on our extensive experience.

• Engineering Plastics

The "Metal Detector Compatible Foreign Matter Prevention Resin Compound" from Germany's Lehmann & Voss is a material that can prevent the contamination of plastics in food manufacturing processes. By incorporating a special filler into the resin, it has become detectable by metal detectors and X-ray inspection machines. This material not only replaces conventional plastic materials but also switches from metal components, contributing to weight reduction and energy savings. 【Features】 ■ Detectable by metal detectors and X-ray inspection machines ■ Complies with FDA and EU10/2011 standards *1 ■ Excellent impact resistance and wear resistance ■ Superior processability and good surface properties ■ Customizable with selectable base resins and fiber reinforcement options *1 Compliance with standards varies by grade, so please contact us for details. For more information, please refer to the PDF document or feel free to contact us.

• plastic
• Other polymer materials

By adding a uniquely formulated additive to the base resin PES (polyether sulfone), we have developed a material that excels in wear resistance and dimensional accuracy. It is used as an alternative to aluminum parts, and improvements in reaction speed and performance in variable valve timing mechanisms have been confirmed. Furthermore, it is not only a metal substitute but also a candidate for switching from other super engineering plastics such as PEEK and PEI. 'LUVOCOM 1100-8549' is a material that offers an excellent balance of mechanical properties, outstanding friction and wear characteristics, and high dimensional stability. The anisotropy of the coefficient of linear expansion has also been improved, and die swell is minimized, which means that post-processing after molding can be kept to a minimum, leading to potential cost reduction benefits.

• Engineering Plastics

LUVOCOM is a series of compound resin materials developed and manufactured by the German company Lehmann & Voss. While single-vane vacuum pumps have become mainstream, the demand for wear resistance in materials for vanes has increased significantly in order to maximize pump performance and maintain high reliability throughout the pump's lifespan. Due to the extremely high loads, a high level of mechanical strength, rigidity, and impact resistance is required. LUVOCOM sliding VAP compounds are specially designed compounds based on Lehvoss's extensive experience to meet such high demands. The base resins include PEEK and PPS, and we offer multiple grades tailored to the requirements of individual projects.

• Engineering Plastics

"CeramNex" is an alumina filler formed and controlled into distinctive shapes using DIC's unique inorganic oxide synthesis technology. It offers products in unique shapes such as plate-like and polyhedral forms. These alumina fillers possess high crystallinity, and by selecting shapes suitable for specific applications and adding them to the matrix, improvements in thermal conductivity, rigidity, and wear resistance can be expected. For example, polyhedral alumina is effective in enhancing thermal conductivity. Its 14-faced shape allows the fillers to contact each other on surfaces, making heat transfer more efficient than with spherical shapes that contact at points. This results in a heat dissipation improvement of up to 1.3 times. On the other hand, plate-like alumina features "high crystallinity" and a high aspect ratio, which is its most significant characteristic. Utilizing this feature, interesting effects on wear resistance have also been observed. When conventional alumina is added to resins or coatings, there is a significant issue of damage to the counterpart material. However, CeramNex in a plate-like shape has a smooth surface, greatly reducing damage to the counterpart material. (Replacing spherical alumina reduces wear on the counterpart material by 60%)

• Engineering Plastics
• Fine Ceramics
• Composite Materials

We offer various base resin materials such as PET, PA, and PEEK. These materials are designed to minimize warping during the molding process, allowing for easy shaping even without a high-temperature chamber. Additionally, they have the characteristic of achieving high strength in the layering direction, making them suitable for parts that require strength in industrial applications. In particular, the carbon fiber reinforced grade achieves very high strength compared to products from other companies. LUVOCOM 3F is a material from LEHMANN & VOSS, a German company (hereinafter referred to as LEHVOSS). LEHVOSS primarily develops and produces specialty compound resin materials and has production bases in Germany, the United States, and China. They have extensive experience in material development and sales in the 3D printing industry and have built a wide network with printer manufacturers and service bureaus around the world. Various filaments are also available for purchase on the sales site linked below.

• Engineering Plastics

"LUVOCOM 3F" is a resin material for FFF (FDM) that is sold in pellet form. It is used as a raw material for filament extrusion and as a raw material for direct print methods. We offer various base resin materials such as PET, PA, TPU, PPS, and PEEK. Thanks to its unique material design, it minimizes warping during molding, allowing for easy shaping even without a high-temperature chamber. Additionally, it has the characteristic of achieving high strength in the layering direction, making it suitable for parts that require strength in industrial applications. In particular, the carbon fiber reinforced grade achieves very high strength compared to other products. LUVOCOM 3F is a material from LEHMANN & VOSS, a German company (hereinafter referred to as LEHVOSS). LEHVOSS specializes in the development and production of specialty compound resin materials and has production bases in Germany, the United States, and China. They have extensive experience in material development and sales in the 3D printing industry and have built a wide network with printer manufacturers and service bureaus around the world.

• Engineering Plastics
• plastic
• Composite Materials

"LUVOSINT" is a resin material developed in Germany for SLS or Powder Bed Fusion. We offer powders of TPU (thermoplastic polyurethane) and PP (polypropylene). TPU is a strong, wear-resistant, and uniquely elastic material that has proven effective for applications such as shoe midsoles. It is a specially designed material for 3D printing, taking into account factors such as minimal dimensional change during molding, durability, and elongation. PP is based on a hard and tough random copolymer of polypropylene. Due to its high impact strength, excellent chemical resistance, and low specific gravity (0.9), it is used in industrial applications where weight reduction is required, such as in the automotive sector. LUVOSINT is a material from LEHMANN & VOSS, a company based in Germany. LEHVOSS specializes in the development and production of specialty compounded resin materials and has production facilities in Germany, the United States, and China. The company has extensive experience in material development and sales in the 3D printing industry and has built a wide network with printer manufacturers and service bureaus around the world.

• Engineering Plastics
• plastic
• Composite Materials

CNT is a carbon material in the form of nanometer-sized cylinders (tubes) that excels in conductivity and thermal conductivity. By properly mixing CNT with thermoplastic resin, conductive and semiconductive resin materials can be created. CNT demonstrates high conductivity even in small amounts, so it is possible to achieve sufficient conductivity/semiconductivity with a small addition, without the need for large quantities like carbon black or carbon fibers, enabling effective ESD countermeasures. Due to the small size of the fillers, which are present in limited quantities, it is recognized as a clean material with low dust generation, making it valuable as a clean electrostatic discharge (ESD) countermeasure resin material in manufacturing processes for semiconductors, HDDs, and FPDs. Features of CNT compound resin: □ CNT shows high conductivity even in small amounts □ Proper dispersion allows for the manifestation of semiconductivity/electrostatic dissipation (ESD countermeasures) □ Low dust generation (low LPC) □ Low outgassing and metal leaching

• fiber
• Engineering Plastics

By adding materials such as PTFE, graphite, mineral fillers, carbon fibers, glass fibers, aramid fibers, and nano-fillers, we improve surface lubricity and friction/wear characteristics. The benefits of using sliding compound materials include the following points: - It is possible to maintain a clean state as there is no need to use lubricants. - There are no additional costs associated with using lubricants. - It is possible to continue exhibiting sliding properties for an extended period. In addition to sliding properties and friction/wear characteristics, we also implement measures to keep the coefficient of linear expansion low. These compound resin materials are resistant to corrosion and oxidation caused by moisture, acids, and alkalis, making them suitable as alternative materials to metals in applications where metal corrosion is a common issue. As base resins, we have a proven track record with many resins such as PAEK, PEEK, PEI, PES, PPS, PPA, PA66, PA6, POM, and PBT. We will propose appropriate combinations of base resins and various fillers based on the customer's application.

• Engineering Plastics

Amutetra is a needle-like single crystal of zinc oxide, created through a groundbreaking manufacturing process that involves heat treatment under a special atmosphere using high-purity zinc particles as raw materials. In addition to the excellent properties of its single crystal structure, Amutetra exhibits a unique composite effect not found in other composite fillers due to its most distinctive feature, the three-dimensional shape (tetrapod shape). Specifically, by mixing it with resins, rubber, paints, and other materials, it can impart various effects such as: - Braking performance (tires, shoes) - Thermal conductivity (resins, sheets) - Electromagnetic wave absorption (rubber, paints) - Dimensional stability (precision molded products) - Pressure resistance (seal rings) - Wear resistance (gears, bearings) - Static electricity prevention (resins, films) - Micro reinforcement (adhesives, resins) - Filtration properties (filters) - Ultraviolet absorption (cosmetics) - Super water-repellent effect (paints) - Antibacterial properties (anti-algal properties)

• Fine Ceramics
• Composite Materials

**Chopped Carbon Fiber** Chopped carbon fiber refers to products made by cutting carbon fibers into short lengths (3-6mm). Based on advanced cutting technology and expertise in sizing material selection, it is used by customers around the world. It is mainly added to improve the strength and elastic modulus of thermoplastic resin compounds or to enhance conductivity. We propose sizing materials that are compatible with the base resin, and by selecting the appropriate sizing, improvements in the mechanical properties of the compound after processing can be expected. **Milled Carbon Fiber** Milled carbon fiber refers to products that have been finely ground from carbon fibers. The average fiber length is about 100μm, making it very short. It is often used for improving sliding properties and enhancing conductivity. In recent years, it has also gained attention as a reinforcing filler for 3D printing. **Carbon Fiber Felt and Paper** Carbon fiber felt is a non-woven fabric that orients carbon fibers in three dimensions. Carbon fiber paper is a sheet that arranges carbon fibers in two dimensions. It is composed of carbon fibers and a small amount of binder resin. We can also customize products by mixing the resin with fibers according to your requirements.

• fiber
• Engineering Plastics

By adding a special biodegradable modifier to polyethylene, biodegradation begins after a certain period, breaking down into water, carbon dioxide, and biomass in the natural environment. It has been verified by a third-party organization that no microplastics remain after biodegradation. The performance as a stretch film is almost on par with conventional polyethylene, and usability is similar as well. A significant advantage is that it can be recycled before the degradation process begins.

• plastic

The EXCELENE water-soluble laundry bag is made from a water-soluble and biodegradable film primarily composed of PVA (polyvinyl alcohol). Leveraging its water-soluble characteristic, it is used as a laundry bag in hotels, public facilities, factories, medical facilities, nursing homes, and more. Used linens can be placed directly into this laundry bag, which can then be put into the washing machine as is, allowing for safe washing without direct contact with dirty linens. The main body of the hot water dissolvable laundry bag dissolves in water at 65°C, while the tape used to tie the bag's opening dissolves in water at 25°C. It is designed to dissolve properly during hot water washing (above 80°C for more than 10 minutes). The tape portion dissolves in room temperature water (25°C), allowing the bag's opening to come undone during pre-washing for more efficient laundry. The cold water dissolvable type dissolves both the body and the tape in water at 10-15°C, making it usable in facilities without hot water washing machines.

• Other cleaning tools
• plastic

Polyolex film is a film made from recycled polyethylene and starch. By using recycled polyethylene from certified factories and thermoplastic starch, it contributes to the reduction of carbon dioxide emissions. It can be used as an affordable and environmentally friendly alternative to conventional polyethylene products. It is also recyclable, just like regular polyethylene. Please consider it in cases where you want to contribute to the SDGs but do not want to significantly increase product costs.

• plastic

GraDrop is a biodegradable polyolefin film. By adding a special masterbatch to polyolefin resins such as PE and PP, we have achieved biodegradability. This technology utilizes the power of microorganisms to break the carbon bonds in polyolefin resins like PE and PP, making them easier to decompose. It has been confirmed through analysis by third-party organizations that it biodegrades without leaving microplastics behind.

• plastic

EverGlide is a pelletized masterbatch material that is highly filled with ultra-high molecular weight silicone (ultra-high molecular weight polysiloxane) in a thermoplastic resin. By adding this masterbatch to thermoplastic resins, improvements in wear resistance and sliding properties can be expected. Ultra-high molecular weight silicone is more durable than conventional silicone and excels in wear resistance under harsh conditions. It features high-purity ultra-high molecular weight silicone that is uniformly dispersed and does not bleed out. Since it uses a different technology from PTFE, it can be used as a sliding material that complies with PFAS regulations and is free of fluororesins. It is widely applicable from super engineering plastics like PEEK and PPS to engineering plastics like PA and POM, as well as general-purpose plastics like PP and PE. Synergistic effects can also be expected when blended simultaneously with other sliding fillers such as PTFE, carbon fibers, molybdenum disulfide, and graphite.

• Engineering Plastics

By adding to various engineering plastics such as PC, ABS, PC/ABS, PBT, m-PPE, PA, and HIPS, it helps impart flame retardancy. ITAflon PTFE becomes fibrous when subjected to shear forces during the melting, mixing, and molding processes of engineering plastics. The fiberization forms a network structure within the resin, which improves the melt tension of the resin. This mechanism allows it to function as an anti-dripping agent and contributes to the flame retardancy of resin materials.

• plastic
• Engineering Plastics
• Other polymer materials

ITAflon is a European manufacturer of fluoropolymer resins. ITAflon's PTFE resin is a stable, high-quality material. Based on over 20 years of experience in the fluoropolymer industry, it is used in more than 20 countries worldwide, ensuring long-term stable supply. It is also ISO 9001 certified.

• plastic
• Engineering Plastics
• Composite Materials

- The main unit is smaller than the conventional model. - The cell case stand has been miniaturized. - An LCD touch panel is used for the display. - Equipped with a data memory function. - Data can be extracted from the USB port to a PC. - The buttons located on the nozzle allow for pump ON/OFF, data reset, and storage operations. - The detachment of the filter case has been simplified. - Accessories can be stored inside the main unit.

• Electrical Instruments/Electrometers

It is possible to measure very fine surface potential distributions of about 10μm, which could not be measured with conventional surface potential meters, and it allows for scanning of very wide areas of about several millimeters. It can measure voltages of ±1000V with high precision of 0.5%.

• Electrical Instruments/Electrometers

The main applications are as follows: 1) Compatibilizers and impact modifiers for polymer blends - Matte finishes for PC/ABS, etc. - Blends of biodegradable plastics: PLA/SMA, PLA/ABS, etc. - Polyolefin-based: PO/PMMA, PO/TPU, etc. 2) Chain extenders for biodegradable plastics - Injection molding applications - Fiber applications 3) Polar modification of polypropylene and TPO

• plastic
• Engineering Plastics

Westone's "Kyron Ceramic PEEK Sheet" is a ceramic-filled polyether ether ketone resin that is ideal for semiconductor test sockets and similar applications. It has excellent machinability and is widely used for machined parts that require complex shapes and fine processing. With a low water absorption rate and minimal dimensional changes, it also boasts very high mechanical strength, excellent heat resistance, and chemical resistance, making it suitable for parts that require high precision. 【Features】 ■ Excellent machinability, capable of complex shapes and fine processing ■ Extremely small dimensional and strength changes due to water absorption ■ Usable in a wide temperature range from -40°C to 260°C ■ High resistance to many organic and inorganic chemicals ■ Available in white and gray *For more details, please refer to the PDF document or feel free to contact us.

• plastic
• Other polymer materials

"Kyron 4203" is a cutting material made from non-filler filled polyamide-imide (Torlon) resin, shaped using unique processing technology, and it possesses very high mechanical strength. It has the highest level of mechanical strength among soluble resin materials and boasts excellent mechanical strength even in high-temperature environments of up to 260°C. With its heat resistance, high strength, wear resistance, and high purity, it can be used for a wide range of purposes and applications. [Features] ■ Excellent heat resistance ■ High strength ■ Wear resistance ■ High purity ■ High quality *For more details, please refer to the catalog or feel free to contact us.

• Other polymer materials
• Composite Materials