レジノカラー工業 List of Products and Services

"Black ABF-T-9061" is a masterbatch that uniformly disperses conductive fillers in ABS resin using our unique dispersion technology. By adding an appropriate amount to the resin that requires conductivity and molding it, molded products with any desired resistance value can be obtained, enabling the extraction of antistatic to conductive properties. Additionally, since carbon black is used as the conductive filler, it achieves a stable resistance value that is not affected by the usage environment and does not change over time. 【Features】 ■ Uniform dispersion of conductive fillers in ABS resin ■ Molding products with any desired resistance value by adding an appropriate amount to the resin ■ Enables the extraction of antistatic to conductive properties ■ Uses carbon black as the conductive filler ■ Achieves a stable resistance value that is not affected by the usage environment and does not change over time *For more details, please refer to the PDF document or feel free to contact us.

The "Black MB-TT2925" is a masterbatch that uniformly disperses conductive fillers in PP resin using our unique dispersion technology. It enables the realization of stable resistance values without time-dependent changes. Since it uses carbon black, it is not affected by the usage environment (temperature and humidity). Additionally, by adding an appropriate amount to the resin that requires conductivity and molding it, products with desired resistance values can be obtained. 【Features】 ■ Conductive masterbatch for PP ■ Achieves antistatic properties and conductivity ■ Enables the realization of stable resistance values without time-dependent changes - Uses carbon black - Not affected by the usage environment (temperature and humidity) *For more details, please refer to the PDF document or feel free to contact us.

This product is a high heat-resistant masterbatch recommended for coloring engineering plastics. Due to the highly dispersed processing of carbon black, coarse particles do not appear on the surface of molded products, allowing for the creation of beautifully mirrored molded items. Gas generation during molding is suppressed, reducing mold contamination during long-run molding. 【Features】 - Highly dispersed processing of carbon black - Coarse particles do not appear on the surface of molded products, allowing for the creation of beautifully mirrored molded items - Gas generation during molding is suppressed, reducing mold contamination during long-run molding - In glass fiber-containing compounds, it suppresses the floating of glass fibers on the surface of molded products, resulting in smooth molded items and superior dye resistance *For more details, please refer to the PDF document or feel free to contact us.

The "REC series" is a carbon nanotube dispersion that exhibits excellent performance in stability within the medium resistance range with a small amount of additive. "REC-SM-29" disperses multi-wall carbon nanotubes in solvent, while "REC-WM-46" disperses them in water. It is possible to create a transparent conductive coating with minimal haze. 【Features】 ■ Stable conductivity can be achieved with a lower amount of additive compared to conductive carbon. ■ It is possible to create a transparent conductive coating with minimal haze. ■ "REC-SM-29" disperses multi-wall carbon nanotubes in solvent, while "REC-WM-46" disperses them in water. *For more details, please refer to the PDF document or feel free to contact us.

The "SWD Series" is a single-layer carbon nanotube dispersion that can impart conductivity while maintaining transparency. It achieves a good dispersion state with high concentration and low viscosity. The binder-free design allows for a wide range of applications. 【Features】 ■ Excellent long-term stability ■ Long-term storage is possible *For more details, please download the PDF or feel free to contact us.

The "Zinc Oxide Antibacterial Masterbatch for Fibers" is a masterbatch that provides antibacterial effects even with a 1% addition by highly dispersing fine particle zinc oxide in polyester resin. Due to the antibacterial processing through resin compounding, the antibacterial agent is less likely to come off, allowing the effect to last even after 30 washes. It is expected to suppress discoloration of the fibers. It helps to keep costs down and contributes to overall cost reduction. 【Features】 ■ Achieves fiber formation even with 75d/72f ■ Less prone to discoloration compared to silver-based antibacterial agents ■ Zinc oxide has a proven track record as a cosmetic ingredient, giving a high image of safety and security ■ Performance is imparted through resin compounding rather than dipping ■ No waste liquid is generated due to resin compounding processing ■ Sample consideration is possible with resins other than polyester *For more details, please refer to the PDF document or feel free to contact us.

"MB-TT3153" is a masterbatch for polyolefins that is expected to be effective against various viruses. The base resin used is PE (polyethylene). The recommended addition amount of the masterbatch is 2-8%. 【Features】 ■ Contains a high concentration of antiviral agents ■ Expected to be effective against various viruses ■ No coloring on the molded resin ■ Does not compromise transparency *For more details, please download the PDF or feel free to contact us.

"Clear PET-TT3300/3301" is a masterbatch that can impart antiviral properties to molded products made from PET resin and PC resin. We offer "Clear PET-TT3300" for PET resin and "Clear PC-TT3301" for PC resin. It has excellent heat resistance, does not cause coloring or discoloration in molded products, and does not significantly compromise transparency. 【Features】 ■ Can impart antiviral properties ■ Excellent heat resistance ■ No coloring or discoloration in molded products ■ Does not significantly compromise transparency *For more details, please refer to the PDF document or feel free to contact us.

"COOL BLACK" is a processing pigment for PVC that has infrared reflection properties. It possesses infrared reflection characteristics that are not found in carbon black, a common black pigment, preventing deformation of PVC molded products due to heat accumulation. Additionally, it does not use carbon black while maintaining a color hue equivalent to that of carbon black. Please feel free to contact us if you have any inquiries. 【Features】 ■ Has infrared reflection properties ■ Provides heat accumulation prevention effects ■ Does not use carbon black ■ Equivalent color hue to carbon black *For more details, please refer to the PDF document or feel free to contact us.

We handle "Near Infrared Absorbing Masterbatch for Polyolefins" suitable for applications such as agricultural greenhouses. Inorganic thermal absorbers absorb near-infrared radiation, suppressing indoor temperature increases caused by direct sunlight. Additionally, it has high visible light transmittance and excellent light transmission and transparency. 【Benefits】 ■ Absorbs near-infrared radiation, which causes temperature increases, helping to reduce the temperature rise of plants and soil. ■ Prevents the occurrence of high-temperature damage to crops that is likely to occur in summer. ■ Expected reduction in the frequency of irrigation during the summer. *For more details, please download the PDF or feel free to contact us.

Characteristics - It is a black dispersion liquid that blocks visible light and transmits near-infrared light. - It achieves a visible light blocking rate and blackness equivalent to carbon black. - Being a binder-free dispersion liquid, it can be used for various applications. - It has low viscosity, is easy to handle, and offers excellent long-term stability for storage.

• Can be printed using a YAG laser with a basic wavelength of 1,064 nm. • Uses materials listed in the positive list of Japan's JCII (Chemical Research Evaluation Organization, Food Contact Materials Safety Center) and included in China's GB standards, making it safe for use in food containers and similar applications. • Allows for coloring of plastic molded products and enables black printing. *For more details, please refer to the PDF document or feel free to contact us.*

Our single-layer carbon nanotube (aqueous and solvent-based) dispersion is a solution that can maintain transparency while also providing conductivity. It excels in both transparency and conductivity compared to multi-layer carbon nanotube dispersions, making it recommended for products that require high transparency for conductive applications. It can be mixed and coated with resin solutions for use. 【Recommended for the following issues】 ■ Want to add conductivity but concerned about losing transparency ■ High viscosity leading to poor coatability ■ Limited application range due to the influence of resins and additives 【Examples of applications】 ■ Used as an antistatic material for displays and office equipment ■ Alternative to electromagnetic wave shielding materials ■ Used in thermal management processes for servers and power devices *If you would like a sample, please select "Request Sample" from "Contact Us via Web." *For more details, please view the PDF data by downloading the catalog.

In the healthcare industry, it is crucial to manage the hygiene of medical staff uniforms and linens to minimize the risk of hospital-acquired infections. Specifically, it is necessary to prevent the adhesion of bacteria and viruses and maintain cleanliness. Our "Zinc Oxide Antibacterial Masterbatch for Textiles" imparts antibacterial properties with just a 1% addition, helping to maintain the hygienic condition of clothing. Due to the resin compounding process, the antibacterial agent is less likely to wash out and has excellent wash durability. This contributes to reducing the risk of infection in medical settings. 【Usage Scenarios】 - Medical staff uniforms - Patient linens - Examination gowns - Surgical gowns 【Benefits of Implementation】 - Reduced risk of hospital-acquired infections - Cost savings due to wash durability - Reliable and safe antibacterial effects - Long-term hygiene management of textile products

In the apparel industry, odor prevention measures for clothing are important. Odors during wear and after washing can decrease consumers' willingness to purchase. Antibacterial and deodorizing treatments are essential for improving the quality of clothing and enhancing customer satisfaction. Our "Zinc Oxide Antibacterial Masterbatch for Textiles" provides antibacterial effects with just a 1% addition, contributing to odor prevention in clothing. 【Usage Scenarios】 - Sportswear - Innerwear - Workwear 【Benefits of Implementation】 - Increased product value due to deodorizing effects - Improved washing durability - Enhanced customer satisfaction

In the bedding industry, there is a demand for anti-dust mite and antibacterial properties due to considerations for allergies and hygiene. Especially for bedding that comes into direct contact with the skin, it is important to maintain cleanliness and ensure that the products can be used with peace of mind. Our zinc oxide antibacterial masterbatch imparts antibacterial effects by being blended into the resin during the manufacturing process of bedding, suppressing the proliferation of dust mites. The reduction in effectiveness due to washing is minimal, and long-term effects can be expected. 【Usage Scenarios】 - Mattresses - Comforters - Pillows - Bed pads 【Benefits of Implementation】 - Increased customer satisfaction through dust mite prevention measures - Extended product lifespan due to wash durability - Establishment of a safe and secure product image

In nursing facilities, odor control is an important issue to maintain the health and comfortable living environment of residents. In particular, odors attached to clothing and linens can greatly affect the impression of the facility and may increase the risk of infections. Our "Zinc Oxide Antibacterial Masterbatch for Textiles" provides antibacterial effects with just a 1% addition, suppressing the growth of odor-causing bacteria. Due to its resin blending process, the effectiveness lasts even after 30 washes, contributing to the hygiene management of nursing facilities. 【Usage Scenarios】 - Linens in nursing facilities - Residents' clothing - Care aprons 【Benefits of Implementation】 - Suppression of odor generation - Cost reduction due to wash durability - Improvement of residents' quality of life (QOL)

In the sports industry, there is a demand for measures against odors in clothing caused by sweating during exercise. Particularly for garments that are washed repeatedly, it is important to maintain antibacterial effectiveness and to suppress fabric deterioration. Inadequate antibacterial measures can lead to odor generation and may shorten the lifespan of clothing. Our "Zinc Oxide Antibacterial Masterbatch for Textiles" provides antibacterial effects with a 1% addition, contributing to the improvement of the shortened lifecycle of garments. 【Usage Scenarios】 - Sportswear - Innerwear - Towels 【Benefits of Implementation】 - Effectiveness lasts even after 30 washes - Less prone to discoloration than silver-based antibacterial agents - Safe and secure materials

In the baby products industry, maintaining hygiene in products is extremely important to protect the health of infants. In particular, items such as clothing and towels that come into direct contact with the skin must prevent bacterial growth and maintain cleanliness. Low antibacterial performance can increase the risk of skin irritation and infections in babies. Our "Zinc Oxide Antibacterial Masterbatch for Textiles" provides antibacterial effects with just a 1% addition, contributing to the creation of safe and gentle products for babies' skin. 【Application Scenarios】 * Baby clothing * Diaper covers * Towels * Undergarments 【Benefits of Implementation】 * Antibacterial effects persist even after 30 washes * Less prone to discoloration compared to silver-based antibacterial agents * Uses safe and secure zinc oxide

In the hotel industry, maintaining a hygienic environment in guest rooms is crucial for providing a comfortable stay for customers. In particular, bedding and linens require cleanliness, and antibacterial and deodorizing measures are essential. However, traditional antibacterial treatments have faced challenges such as reduced effectiveness due to washing and discoloration of materials. Our zinc oxide antibacterial masterbatch excels in wash durability through resin blending, while also suppressing discoloration. This contributes to enhancing the comfort of guest rooms. 【Usage Scenarios】 - Bedding in guest rooms (sheets, pillowcases, etc.) - Towels - Bathrobes - Curtains 【Benefits of Implementation】 - Sustained antibacterial effects due to wash durability - Extended product lifespan through discoloration suppression - Providing peace of mind to customers - Improved hygienic environment in guest rooms

In office hygiene management, it is important to protect employees' health and maintain a comfortable workplace environment. In particular, antimicrobial measures for clothing and uniforms are essential for reducing the risk of infections and maintaining cleanliness. However, traditional antimicrobial treatments have faced challenges in terms of durability and cost. Our "Zinc Oxide Antimicrobial Masterbatch for Textiles" provides antimicrobial properties with just a 1% addition and maintains its effectiveness even after 30 washes. This enables enhanced hygiene management for clothing and helps protect employees' health. 【Usage Scenarios】 - Office uniforms - Cleaning cloths - Towels 【Benefits of Implementation】 - Improved sanitary environment due to antimicrobial effects - Sustained effectiveness due to wash durability - Economic benefits from cost reduction

In the medical device industry, temperature management is crucial for maintaining product quality and safety. In particular, temperature increases caused by direct sunlight can lead to malfunctions and deterioration of the equipment. Our near-infrared absorbing masterbatch for polyolefins absorbs near-infrared rays that cause temperature rises, contributing to temperature management in medical devices. 【Application Scenes】 - Medical cabinets - Inspection equipment - Storage cases 【Benefits of Implementation】 - Suppression of temperature rise in equipment - Maintenance of product quality - Extension of equipment lifespan

In the agricultural sector, it is important to optimize the growing environment for crops and stabilize yields. In particular, high temperatures and direct sunlight during the summer can lead to poor crop growth and heat damage. In response to this challenge, our near-infrared absorbing masterbatch for polyolefins has been developed for use in agricultural greenhouses. It absorbs near-infrared radiation, which causes temperature increases, thereby improving the growing environment for crops. 【Usage Scenarios】 - Agricultural greenhouses 【Benefits of Implementation】 - Suppresses temperature increases in plants and soil - Prevents the occurrence of heat damage during the summer - Expected reduction in irrigation frequency

In the logistics industry, maintaining the quality of cargo during transport is crucial. Particularly for cargo that is sensitive to temperature changes, an increase in temperature due to direct sunlight can lead to quality degradation. Our near-infrared absorbing masterbatch for polyolefins helps maintain cargo quality by shielding against thermal radiation and suppressing temperature rises of the tracked objects. 【Application Scenarios】 - Transport containers - Warehouse storage - Cargo requiring temperature management 【Benefits of Implementation】 - Suppression of temperature rise in cargo - Reduction of quality degradation risks - Reduction of transportation costs

In the building materials industry, energy efficiency in buildings has become an important issue. In particular, insulation performance that suppresses indoor temperature rise is required as a measure against summer heat. Appropriate insulation measures can enhance cooling efficiency and lead to reduced energy costs. Our near-infrared absorbing masterbatch for polyolefins shields thermal rays and contributes to the improvement of insulation performance in building materials. 【Usage Scenarios】 - Roofing materials for houses - Exterior wall materials - Window materials 【Effects of Implementation】 - Suppression of indoor temperature rise - Improvement of cooling efficiency - Reduction of energy costs

The interior of a car needs to be protected from temperature increases and deterioration caused by direct sunlight. Parts that are particularly exposed to high temperatures, such as the dashboard and seats, are at a higher risk of discoloration and cracking. COOL BLACK helps suppress temperature increases caused by sunlight by reflecting infrared rays, contributing to the protection of the interior. This aids in improving the durability of the product and maintaining a comfortable in-car environment. 【Usage Scenarios】 - Dashboard - Seats - Interior trim 【Effects of Implementation】 - Suppression of temperature increase - Prevention of interior deterioration - Extension of product lifespan

In the home appliance industry, as products become smaller and more high-performance, heat dissipation measures have become an important issue. In particular, for home appliances exposed to sunlight or heat sources, the rise in internal temperature can affect the product's lifespan and performance. COOL BLACK contributes to improving product reliability by suppressing temperature increases caused by sunlight due to its infrared reflection properties. 【Usage Scenarios】 - Outdoor home appliances - Home appliances installed in areas exposed to sunlight - Home appliances that may reach high temperatures 【Effects of Implementation】 - Suppression of product temperature rise - Improved product durability - Maintenance of product performance

In the apparel industry, the comfort of clothing is a crucial factor that influences consumers' purchasing intentions. Particularly as a measure against the summer heat, there is a demand for features that suppress temperature increases within clothing. An increase in temperature inside clothing not only causes discomfort but can also raise the risk of heatstroke. COOL BLACK, with its infrared reflection properties, helps to reduce temperature increases caused by sunlight and enhances comfort within clothing. 【Usage Scenarios】 - Sportswear - Workwear - Outdoor clothing 【Effects of Implementation】 - Suppression of temperature increases within clothing - Improvement of comfort - Reduction of heatstroke risk

In the sports equipment industry, products designed for outdoor use can face issues with temperature increases caused by sunlight. This is particularly concerning when materials that are prone to deformation or deterioration due to heat are used, as it can compromise the durability and functionality of the products. COOL BLACK helps to suppress temperature increases caused by sunlight by reflecting infrared rays, contributing to improved product durability. 【Usage Scenarios】 - Sports equipment used outdoors (e.g., shoes, apparel, gear) - Products that need protection from sunlight-induced deterioration - Products that aim to enhance durability 【Benefits of Implementation】 - Suppression of product deformation and deterioration - Extension of product lifespan - Increased customer satisfaction

In the toy industry, ensuring product safety is the most important issue. In particular, for toys used outdoors or those exposed to sunlight for extended periods, concerns arise regarding deformation and deterioration due to temperature increases. This can compromise the durability of the product and potentially lead to unexpected accidents. COOL BLACK suppresses temperature increases caused by sunlight through its infrared reflection properties, enhancing the safety of toys. 【Usage Scenarios】 - Outdoor toys - Toys used in sunlight - Toys used in high-temperature environments 【Effects of Implementation】 - Suppression of product deformation and deterioration - Improvement of product durability - Enhancement of safety