MP GOKYO FOOD&CHEMICAL CO.,LTD List of Products and Services

This is an ultra-high molecular weight polyethylene powder with excellent dispersion, featuring a spherical shape and narrow particle size distribution, compared to conventional ultra-high molecular weight polyethylene. 【Features of the Developed Product】 ■ Ultra-high molecular weight PE with extremely small particle size By reducing the particle size to a minimum of 6μm, it can be applied to uses such as transparency and thin films. 【Basic Characteristics】 ■ Spherical small particle size Excellent dispersion. The small particle size and spherical shape contribute to superior dispersion. ■ Narrow particle size distribution Boasts a narrower particle size distribution compared to other particles, resulting in fewer coarse particles. ■ Wear resistance By adding it to various substrates, it is possible to improve the wear resistance of the substrate. ■ Sliding properties By adding it to various substrates, it is possible to enhance the sliding properties of the substrate. ■ High stability against acids, alkalis, and organic chemicals. ■ Hygiene We also offer grades that comply with FDA standards and are suitable for the Polyethylene Association. 【Expected Performance】 - Improvement in wear resistance and durability - Enhancement of sliding properties - Hardness adjustment - Weight reduction - Maintenance of tensile strength - Direct food contact *For more details, please refer to the PDF document or feel free to contact us.

This is a high heat-resistant ultra-high molecular weight polyethylene powder with a spherical shape, narrow particle size distribution, and excellent dispersibility, compared to conventional ultra-high molecular weight polyethylene. 【Features of the Developed Product】 ■ High heat-resistant ultra-high molecular weight PE It can be applied to heat-exposed applications while maintaining characteristics such as spherical shape. 【Basic Properties】 ■ Spherical small particle size: Excellent dispersibility. The small particle size and spherical shape contribute to superior dispersibility. ■ Narrow particle size distribution: It boasts a narrower particle size distribution compared to other particles, resulting in fewer coarse particles. ■ Wear resistance: By adding it to various substrates, it is possible to enhance the wear resistance of the substrate. ■ Lubricity: By adding it to various substrates, it is possible to improve the lubricity of the substrate. ■ High stability against acids, alkalis, and organic chemicals. ■ Hygiene: We also offer grades that comply with FDA standards and are suitable for polyolefin regulations. 【Expected Performance】 - Improved wear resistance and durability - Enhanced lubricity - Hardness adjustment - Weight reduction - Maintenance of tensile strength - Direct contact with food *For more details, please refer to the PDF document or feel free to contact us.*

High-dispersion coatings use PTFE powder as an additive, but due to regulatory trends regarding PFOA and similar substances, the future continued use of PTFE is uncertain. This product can be switched from PTFE. It has already been adopted in many coatings such as urethane-based, acrylic-based, and epoxy-based. 【Comparison with PTFE】 - Dispersion Stability: Easier to disperse in coatings compared to PTFE and has excellent storage stability. - Slipperiness: Good slipperiness with a smaller amount of additive compared to PTFE. It also has a matte finish effect. - Effect: Lighter specific gravity than PTFE allows it to appear more on the surface of the coating, maintaining slipperiness for a long time. - Applications: Usable not only in solvent-based systems but also in water-based systems with just a small amount of dispersant. 【Properties】 - Particle Size: Average particle size is 10μ to 60μ (conventional ultra-high molecular weight PE typically has particle sizes over 100μ). - Chemical Resistance: High stability against acids, alkalis, and organic chemicals. - Non-absorbent: Almost no water absorption or moisture absorption occurs, preventing swelling or hydrolysis, and there is no need for preheating. - Hygiene: Brands that comply with FDA standards and are suitable for poly hygiene are also available. *For more details, please refer to the PDF document or feel free to contact us.*

This is a small particle size ultra-high molecular weight polyethylene powder that is spherical in shape, has a narrow particle size distribution, and excellent dispersibility compared to conventional ultra-high molecular weight polyethylene. 【Characteristics】 ■ Spherical Small Particle Size The particle size is small, and the shape of the particles is spherical, providing excellent dispersibility. Average particle size is among the world's smallest, ranging from 10μ to 60μ. ■ Narrow Particle Size Distribution It boasts a narrower particle size distribution compared to other particles, resulting in less coarse fraction. ■ Wear Resistance By adding it to various substrates, it is possible to enhance the wear resistance of the substrate. ■ Lubricity By adding it to various substrates, it is possible to improve the lubricity of the substrate. ■ Chemical Resistance It has a molecular structure with high crystallinity, lacking functional groups, side chains, and double bonds. Therefore, it shows high stability against acids, alkalis, and organic chemicals. ■ Non-Hygroscopic It hardly absorbs water or moisture, preventing swelling or hydrolysis, and there is no need for preheating. ■ Lightweight It falls into the lightest category among engineering resins, enabling product weight reduction. ■ Hygiene We also offer grades that comply with FDA standards and are suitable for polyolefin associations. *For more details, please refer to the PDF document or feel free to contact us.*

High-slip paint is used in sliding parts of automobiles, cameras, and office automation equipment, and recently, interest has been increasing due to the growing demand for noise reduction. This product can lower the friction coefficient of the paint film surface and improve the durability of the paint film by adding it as a sliding modifier to the paint. Additionally, it can achieve a matte finish and modify tactile properties. It is adopted in many substrates such as urethane-based, acrylic-based, and epoxy-based, and can be used not only in solvent-based paints but also in water-based paints with just a small amount of dispersant. Powder coating can also be selected as a painting method. Conventional ultra-high molecular weight polyethylene (UHMWPE) has a large particle size of over 100μ, making it unsuitable for use as an additive. However, this product can reduce the particle size to a minimum of 10μ, allowing the high sliding properties and durability of UHMWPE to be imparted to the paint. 【Expected Functions】 - Sliding properties - Quietness (noise reduction) - Wear resistance and durability (alternative to PTFE) - Matte finish effect - Suitable for food-related use (compliant with FDA standards and Polyethylene Association standards) *For more details, please refer to the PDF document or feel free to contact us.*

The additives used in plastic and metal paints are employed for modifying coating films (improving slip properties, scratch resistance, and durability), enhancing texture (glossy or matte finishes), and altering tactile properties. This product can lower the friction coefficient of the paint film surface and improve the durability of the film when added to the paint. Additionally, it allows for matte finishes and tactile modifications. It is adopted in various substrates such as urethane-based, acrylic-based, and epoxy-based materials, and can be used not only in solvent-based paints but also in water-based paints with just a small amount of dispersant. Powder coating can also be selected as a painting method. Conventional ultra-high molecular weight polyethylene (UHMWPE) has a large particle size of over 100μ, making it unsuitable for use as an additive. However, this product can reduce the particle size to as small as 10μ, enabling the high slip properties and durability of UHMWPE to be imparted to the paint. 【Expected Functions】 - Slip properties and scratch resistance - Abrasion resistance and durability (alternative to PTFE) - Matte finish effect - Suitable for food-related applications (compliant with FDA standards and Polyethylene Association standards) *For more details, please refer to the PDF document or feel free to contact us.

High-dispersion coatings use PTFE powder as an additive, but due to regulatory trends regarding PFAS and similar substances, the future of continued use is uncertain. This product can be switched from PTFE. It has already been adopted in many coatings such as urethane-based, acrylic-based, and epoxy-based. 【Comparison with PTFE】 - Dispersion Stability: Easier to disperse in coatings compared to PTFE, with excellent storage stability. - Slipperiness: Provides good slipperiness with a smaller amount of additive compared to PTFE. It also has a matte finish effect. - Effectiveness: Lighter specific gravity than PTFE allows for greater presence on the coating surface, maintaining slipperiness for a long time. - Applications: Usable not only in solvent-based systems but also in water-based systems with just a small amount of dispersant. 【Properties】 - Particle Size: Average particle size is 10μ to 60μ (traditional ultra-high molecular weight PE typically has particle sizes over 100μ). - Chemical Resistance: High stability against acids, alkalis, and organic chemicals. - Non-Absorbent: Almost no water absorption or moisture absorption, preventing swelling or hydrolysis, and eliminating the need for preheating. - Hygiene: Brands compliant with FDA standards and suitable for polyvinyl chloride are also available. *For more details, please refer to the PDF document or feel free to contact us.*

Rubber materials are used very widely, from automotive parts to industrial products, office automation equipment, and medical components. Recently, there has been a demand for enhanced durability, usability, and safety, leading to the need for high-performance rubber. This product can improve the wear resistance and sliding properties of rubber products and adjust hardness by being used as an additive or filler in rubber. Furthermore, it contributes to the SDGs by extending the product lifecycle. It can be added to various types of rubber such as NBR, BR, CR, and IR, but it is particularly compatible with EPDM, which is an olefin-based rubber. In practice, it is adopted in a wide range of fields, including improving the durability of rubber components for automobiles, modifying the sliding properties of OA rolls and industrial rubber rolls, enhancing the hardness and sliding properties of medical rubber components, and improving the puncture resistance of rubber stoppers. 【Expected Performance】 - Improved wear resistance and durability - Enhanced sliding properties - Hardness adjustment - Weight reduction - Maintenance of tensile strength - Suitable for direct food contact *For more details, please refer to the PDF document or feel free to contact us.

The need for high-performance gas and liquid filters with filtration functions has increased more than ever in the development of industrial machinery, medical devices, analytical instruments, and chemical products. Sintered filters are commonly made from metals, but there are many cases where resins are used due to chemical resistance issues. However, to create filters with a small average pore diameter, resins with small particle sizes are necessary. The reality is that such resins are not widely available in the market. This product is made from ultra-high molecular weight polyethylene with very small particles, allowing for the production of polyethylene porous sintered filters with uniform pore diameters due to its spherical shape and narrow particle size distribution. 【Basic Physical Properties of Fine Particles and Ultra-High Molecular Weight Polyethylene】 ■ Molecular Weight: 1.8 to 2 million ■ Particle Size: 10, 25, 30, 60 microns (general grade) ■ Melting Point: 136℃ 【Characteristics】 ■ Capable of manufacturing sintered filters with uniform pore sizes (average pore diameter also in the single-digit micron range) ■ By increasing the sintering temperature, tensile strength and elongation can be significantly improved, making it less prone to cracking ■ Excellent non-absorbency, high chemical resistance, and strong resistance to aging are achievable *For more details, please refer to the PDF document or feel free to contact us.

This is a small particle size ultra-high molecular weight polyethylene powder that is spherical in shape, has a narrow particle size distribution, and excellent dispersibility compared to conventional ultra-high molecular weight polyethylene. 【Characteristics】 ■ Spherical Small Particle Size The particle size is small, and the shape of the particles is spherical, providing excellent dispersibility. Average particle size is among the world's smallest at 10μ to 60μ. ■ Narrow Particle Size Distribution Boasts a narrower particle size distribution compared to other particles, resulting in less coarse fraction. ■ Wear Resistance By adding it to various substrates, it is possible to improve the wear resistance of the substrate. ■ Lubricity By adding it to various substrates, it is possible to enhance the lubricity of the substrate. ■ Chemical Resistance It has no functional groups, side chains, or double bonds, and possesses a highly crystalline molecular structure. Therefore, it shows high stability against acids, alkalis, and organic chemicals. ■ Non-Hygroscopic It hardly absorbs water or moisture, preventing swelling or hydrolysis, and there is no need for preheating. ■ Lightweight It falls into the lightest category among engineering resins, enabling lightweight products. ■ Hygiene We also offer grades that comply with FDA standards and are suitable for polyolefin associations. *For more details, please refer to the PDF document or feel free to contact us.*

PTFE powder is used as an additive in paints and coatings, but due to regulatory trends regarding PFOA and similar substances, the future of its continued use is uncertain. This product can be switched from PTFE. It has already been adopted in many paints such as urethane-based, acrylic-based, and epoxy-based. 【Comparison with PTFE】 - Dispersion Stability: Easier to disperse in paint compared to PTFE and has excellent storage stability. - Slipperiness: Provides good slipperiness with a smaller amount of additive compared to PTFE. It also has a matte effect. - Effect: Lighter specific gravity than PTFE allows it to appear more on the surface of the paint, maintaining slipperiness for a long time. - Applications: Usable not only in solvent-based systems but also in water-based systems with just a small amount of dispersant. 【Properties】 - Particle Size: Average particle size is 10μ to 60μ (conventional ultra-high molecular weight PE typically has a particle size of over 100μ). - Chemical Resistance: High stability against acids, alkalis, and organic chemicals. - Non-Absorbent: Almost no water absorption or moisture absorption, preventing swelling or hydrolysis, and there is no need for preheating. - Hygiene: Brands that comply with FDA standards and are suitable for polyolefin applications are also available. *For more details, please refer to the PDF document or feel free to contact us.*