マナック Product Lineup

In the construction industry, durability, workability, and reduction of environmental impact of formwork are required. Traditional formwork materials face challenges in disposal and reuse after use, and their impact on the environment cannot be ignored. Wood-plastic composites combine the natural texture of wood with the moldability and durability of plastic, addressing these issues. 【Application Scenarios】 - Formwork - Civil engineering - Building materials 【Benefits of Introduction】 - Improved design quality due to the texture of wood - Increased longevity due to the durability of plastic - Contribution to the reduction of CO2 emissions

• plastic
• Composite Materials
• fiber

In the agricultural sector, there is a demand for materials that reduce environmental impact and have high durability. In particular, the need for materials that can withstand outdoor use and are sustainable is increasing. Traditional wood carries risks of decay and deterioration, while plastic raises concerns about environmental impact. Wood-plastic composites combine the texture of wood with the durability of plastic, addressing these challenges. 【Application Scenarios】 - Agricultural materials (posts, fences, pathways, etc.) - Components for greenhouses and houses - Partition materials for orchards and vegetable gardens 【Benefits of Implementation】 - Excellent weather resistance and durability, allowing for long-term use - Contributes to effective resource utilization and reduction of environmental impact as an alternative to wood - Lightweight and easy to process, facilitating installation and maintenance

• plastic
• Composite Materials
• fiber

In the furniture industry, efforts to reduce environmental impact are being emphasized, and materials that balance durability and design are in demand as alternatives to wood. Wood plastic composites combine the natural texture of wood with the moldability and durability of plastic, meeting these needs. By compounding wood flour and resin, it achieves both environmental consideration and improved product quality. 【Application Scenarios】 - Furniture frames - Interior materials - Outdoor furniture 【Benefits of Implementation】 - Reduction in wood usage - Increased durability - Diversification of design options

• plastic
• Composite Materials
• fiber

In the exterior industry, particularly for decking applications, weather resistance, durability, and environmental consideration are required. Traditional wooden decks are at risk of corrosion and deterioration, necessitating regular maintenance. Additionally, environmental impact is a concern. Wood-plastic composite combines the texture of wood with the durability of plastic, addressing these issues. It also contributes to reducing CO2 emissions, achieving sustainable exteriors. 【Usage Scenarios】 - Wooden decks - Terraces - Walkways - Park benches 【Benefits of Implementation】 - High durability reduces maintenance costs - Design that utilizes the texture of wood - Contributes to reducing environmental impact - Capable of accommodating diverse designs

• plastic
• Composite Materials
• fiber

In the automotive interior industry, there is a demand for balancing environmental impact reduction with design aesthetics. In particular, the durability and texture of interior materials are important to ensure comfort and safety within the vehicle. Traditional materials have faced challenges in achieving both environmental consideration and design quality. Wood-plastic composites combine the natural texture of wood with the moldability and durability of plastic, addressing these issues. 【Application Scenes】 - Automotive interior panels - Door trims - Instrument panels 【Benefits of Implementation】 - Reduction of environmental impact (decrease in CO2 emissions) - Warm design unique to wood - High durability - Improved fuel efficiency through weight reduction

• plastic
• Composite Materials
• fiber

In the furniture industry, there is a demand for diversification in design and improvement in manufacturing efficiency. Materials that can be easily processed like plastic while utilizing the texture of wood are important in meeting these needs. Wood Plastic Composite (WPC) combines the texture of wood with the moldability and durability of plastic, enhancing the design freedom of furniture and contributing to the efficiency of the manufacturing process. 【Usage Scenarios】 - Furniture components such as tables, chairs, and shelves - Furniture designed with a wood-like appearance - Complex-shaped furniture components 【Benefits of Implementation】 - Accommodates diverse designs without compromising the texture of wood - Reduces manufacturing costs with processing capabilities similar to plastic - Highly durable, capable of withstanding long-term use

• plastic
• Composite Materials
• fiber

In the automotive industry, reducing vehicle weight is a crucial challenge for improving fuel efficiency and minimizing environmental impact. Weight reduction also contributes to enhanced vehicle performance. By replacing traditional metal parts with lightweight and durable WPC, we can address these challenges. 【Application Scenarios】 - Interior parts (door trims, dashboards, etc.) - Exterior parts (bumpers, grilles, etc.) - Other parts where weight reduction is required 【Benefits of Implementation】 - Improved fuel efficiency due to vehicle weight reduction - Increased durability of parts - Greater design flexibility

• plastic
• Composite Materials
• fiber

In the exterior industry, a balance between design and durability is required. Particularly for products exposed to outdoor environments, weather resistance and maintenance are also important. Traditional wood carries risks of corrosion and deterioration, requiring regular maintenance. Our Wood Plastic Composite (WPC) retains the natural texture of wood while incorporating the durability of plastic. This allows for aesthetically pleasing exterior products to be maintained beautifully over a long period. 【Usage Scenarios】 - Wood decks - Fences - Exterior wall materials - Garden furniture 【Benefits of Implementation】 - Designs that utilize the texture of wood - High durability for a longer lifespan - Low maintenance - Reduced environmental impact

• plastic
• Composite Materials
• fiber

In the construction industry, the long-term durability of structures is important. In particular, building materials used outdoors must withstand deterioration from rain, wind, and ultraviolet rays. Proper material selection also leads to reduced maintenance costs. "Wood Nano Plus" is a molding compound that uniformly disperses wood-based filler materials with both nano and micron sizes in thermoplastic resins such as polypropylene, contributing to improved durability. 【Application Scenarios】 - Outdoor decks - Exterior wall materials - Fences - Civil engineering materials 【Benefits of Implementation】 - Improved weather resistance - Long-term performance maintenance - Extended maintenance cycles

• plastic
• Composite Materials
• fiber

In the furniture industry, there is a demand for a balance between design and functionality. In particular, it is important to enhance durability and workability while making the most of the texture of wood. Traditional wood alone has limitations in design flexibility and durability, and cost is also a challenge. "Wood Nano Plus® Standard Grade" addresses these issues by broadening design possibilities and improving durability without compromising the quality of the wood. 【Application Scenarios】 - Enhancing furniture design - Alternatives to wood - Furniture requiring durability 【Effects of Implementation】 - Increased design flexibility - Improved durability - Potential cost reduction

• plastic
• Composite Materials
• fiber

In the toy industry, ensuring that products are safe for children to play with is the top priority. Especially for toys that could potentially be put in the mouth, the safety and durability of materials are essential. Traditional plastic materials have risks of breakage due to impact and leaching of harmful substances. Wood Nano Plastics® standard grade is a compound that uniformly disperses wood-based filler materials in thermoplastic resin, making it possible to achieve both safety and durability. 【Usage Scenarios】 - Toys for children - Safety-focused toys - Toys requiring durability 【Benefits of Implementation】 - Manufacturing of highly safe toys - Improved product durability - Contribution to reducing environmental impact

• plastic
• Composite Materials
• fiber

In the automotive industry, reducing vehicle weight is a crucial challenge for improving fuel efficiency and minimizing environmental impact. Lightweighting also contributes to enhanced vehicle performance. The "Wood Nano Plus® Standard Grade" achieves a balance between lightweight properties and high rigidity, contributing to the resolution of these challenges. 【Application Scenarios】 - Automotive interior parts (door trims, instrument panels, etc.) - Exterior parts (bumpers, grilles, etc.) - Other parts where lightweighting is required 【Benefits of Implementation】 - Improved fuel efficiency due to vehicle weight reduction - Enhanced moldability of parts - Contribution to reducing environmental impact

• plastic
• Composite Materials
• fiber

In the toy industry, product safety is the top priority. Especially for toys that small children may put in their mouths, the safety of materials and consideration for the environment are emphasized. The Selbride® design grade incorporates up to 55wt% wood powder, reducing the use of petroleum-derived resins and thereby lowering environmental impact. It is relatively easy to replace existing polypropylene-based materials, and the introduction into the toy manufacturing process is smooth. 【Usage Scenarios】 - Toys for children - Safety-focused toys - Environmentally friendly toys 【Benefits of Implementation】 - Provision of highly safe toys - Reduction of environmental impact - Contribution to corporate SDGs

• plastic
• Composite Materials
• fiber

In the furniture industry, materials that balance design and environmental considerations are in demand. Choosing sustainable materials while making the most of the texture of wood can also enhance brand image. Selbrid® Design Grade is a WPC (Wood Plastic Composite) compound with a high content of wood powder, emphasizing the aesthetic qualities derived from wood. It reduces the use of petroleum-based resins and contributes to Scope 3 compliance. 【Usage Scenarios】 - Wood alternatives - High-design furniture - Environmentally friendly products 【Benefits of Implementation】 - Effective use of resources through wood alternatives - Improved design quality - Enhanced corporate environmental value through Scope 3 compliance

• plastic
• Composite Materials
• fiber

In the packaging industry, materials that balance product protection and environmental consideration are in demand. It is particularly important to protect products from impacts during transportation and external influences while reducing environmental impact. Traditional petroleum-based packaging materials pose challenges regarding their environmental effects. The Selbride® design grade incorporates up to 55wt% wood powder, contributing to reduced environmental impact by decreasing the use of petroleum-derived resins. It also contributes to CO2 reduction through biomass utilization and is suitable for material selection with Scope 3 considerations in mind. 【Usage Scenarios】 - Product cushioning materials - Transport cases - Packaging films 【Benefits of Implementation】 - Contributes to enhancing corporate image as an environmentally friendly packaging material - Helps reduce CO2 emissions - Easy to replace existing polypropylene-based materials

• plastic
• Composite Materials
• fiber

In the food industry, maintaining a hygienic environment requires attention to the safety of materials and consideration for the environment. Especially for products that may come into direct contact with food, it is important to minimize the risk of contamination from materials. The Selbrid® design grade incorporates up to 55wt% wood powder and reduces the use of petroleum-based resins, aiming to comply with food hygiene standards (positive list) while lowering environmental impact. It also contributes to CO2 reduction through the use of biomass and supports material selection with awareness of Scope 3 compliance. 【Usage Scenarios】 - Food containers - Food packaging materials - Kitchen equipment - Food-related supplies 【Benefits of Implementation】 - Improved corporate image through environmentally friendly material selection - Contribution to CO2 emission reduction - Potential cost savings by replacing existing polypropylene-based materials - Increased product value through the aesthetic qualities derived from wood materials

• plastic
• Composite Materials
• fiber

In the automotive industry, reducing weight of components is a crucial challenge for improving fuel efficiency and minimizing environmental impact. In particular, lightweighting of the body and interior parts is essential for reducing the overall weight of the vehicle and enhancing fuel efficiency. Conventional petroleum-based resins can hinder weight reduction. The Selbride® design grade is a WPC (wood plastic composite) with a high content of wood flour, which not only offers lightweight properties and environmental considerations but also allows for unique design expressions characteristic of wood flour. 【Application Scenarios】 - Automotive interior parts (door trims, instrument panels, etc.) - Exterior parts (grilles, etc.) - Other components where weight reduction is required 【Benefits of Implementation】 - Improved fuel efficiency through lightweighting of components - Reduction of CO2 emissions through Scope 3 compliance - Increased added value through wood-based design features

• plastic
• Composite Materials
• fiber

Wood Plastic Composite (WPC) is a material that combines wood powder or wood fibers with thermoplastic resin. It is characterized by having the natural texture derived from wood as well as the moldability and durability of plastic. Generally, wood powder, resin, compatibilizers, and other additives are melted and mixed using a kneader or twin-screw extruder, and then pelletized for use. The resins used are mainly polyethylene and polypropylene.

• plastic
• Composite Materials
• fiber

Q: What is wood plastic composite (WPC)? A: Wood plastic composite (WPC) is a material that combines wood powder or wood fibers with thermoplastic resin. It is characterized by having the natural texture derived from wood as well as the moldability and durability of plastic. Generally, wood powder, resin, compatibilizers, and other additives are melted and mixed using a kneader or twin-screw extruder, then pelletized for use in various molding processes. The resins used are mainly polyethylene and polypropylene.

• plastic
• Composite Materials
• fiber

In the food packaging industry, materials that can achieve both food quality preservation and environmental consideration are in demand. In particular, packaging materials with high barrier properties are essential for long-term food storage and protection during transportation. Traditional petroleum-based plastics, while excellent in barrier properties, have the challenge of high environmental impact. The Selbrid® standard grade contributes to reducing environmental impact by incorporating up to 55wt% wood powder and reducing the use of petroleum-derived resins. 【Usage Scenarios】 - Food trays - Food containers 【Benefits of Implementation】 - Reduction of CO2 emissions through the use of biomass-derived materials - Compatibility with existing molding equipment - Differentiation through wood-based aesthetics

• plastic
• Composite Materials
• fiber

In the automotive industry, reducing the weight of components has become a crucial challenge for improving fuel efficiency and reducing environmental impact. In particular, the lightweighting of body and interior parts is essential for decreasing the overall weight of the vehicle and enhancing fuel efficiency. Traditional materials have faced the challenge of balancing lightweighting with strength and durability. The Celbrid® standard grade incorporates up to 55wt% wood powder, reducing the use of petroleum-derived resins while being compatible with injection molding and extrusion, making it possible to replace existing polypropylene-based materials. It also provides aesthetic qualities derived from wood, contributing to Scope 3 compliance. 【Application Scenes】 - Automotive interior parts (door trims, instrument panels, etc.) - Other parts where lightweighting is required 【Benefits of Implementation】 - Improved fuel efficiency due to lightweighting - Reduced environmental impact (decrease in CO2 emissions) - Increased added value through wood-derived aesthetics - Potential cost reduction through replacement of existing materials

• plastic
• Composite Materials
• fiber

"Wood Nano Plus" is a molding compound in which wood-based filler materials with both nano and micron sizes are uniformly dispersed in thermoplastic resins such as polypropylene.

• plastic
• Composite Materials
• fiber

This is a material that imparts flame retardant properties to wood plastic composite (WPC) with a high content of wood powder. It enables applications in areas where flame retardancy is required while maintaining a wood-like feel and environmental friendliness. By reducing the amount of petroleum-derived resin used, it also contributes to biomass utilization and CO2 emission reduction. It is compatible with injection molding and is expected to be used in a wide range of fields, including automotive interior parts, electrical and electronic components, and building materials. Despite the high wood powder content, it has stable moldability, and flame retardant grade design is possible according to application needs. It achieves performance equivalent to UL94 V-0 at a thickness of 3.2 mm (depending on conditions).

• plastic
• Composite Materials
• fiber

This is a WPC (Wood Plastic Composite) compound with a high content of wood powder. It contains up to 55 wt% wood powder, significantly reducing the use of petroleum-derived resins while being suitable for injection molding and extrusion. It can be relatively easily replaced with existing polypropylene-based materials and is being considered for use in automotive parts, building materials, and everyday products as an environmentally friendly material. This grade emphasizes the aesthetic qualities derived from wood. It can also contribute to CO2 reduction through the utilization of biomass, making it suitable for material selection that considers Scope 3 compliance. *We can also provide suggestions for formulation design based on specific applications.*

• plastic
• Composite Materials
• fiber

This is a WPC (Wood Plastic Composite) compound with a high content of wood powder. It contains up to 55 wt% wood powder, significantly reducing the use of petroleum-derived resins while being suitable for injection molding and extrusion. It can be relatively easily replaced with existing polypropylene-based materials, and its consideration for use as an environmentally friendly material is progressing in the automotive parts, building materials, and daily goods sectors. In addition to the aesthetic qualities derived from wood, it also contributes to CO2 reduction through the utilization of biomass, making it suitable for material selection that takes Scope 3 into account. *We can also propose formulation designs tailored to specific applications.

• plastic
• Composite Materials
• fiber

It suppresses the combustion of plastics, rubber, fibers, paper, wood, and more. It is active in various situations such as home appliances, building materials, and vehicles.

• plastic
• Engineering Plastics
• fiber

In the home appliance industry, efforts to reduce environmental impact are accelerating, and the sustainability of casing materials is being emphasized. In particular, there is a demand for reducing CO2 emissions throughout the entire product lifecycle, making the transition to environmentally friendly materials essential. Wood Plastic Composite (WPC) contributes to CO2 reduction through the use of wood-based aesthetics and biomass utilization, making it an ideal choice for materials that consider Scope 3 compliance. 【Usage Scenarios】 - Casing for home appliances - As an environmentally friendly material - CO2 emission reduction 【Benefits of Implementation】 - Reduction in the use of petroleum-based resins - Wood-based aesthetics - Contribution to Scope 3 compliance

• Composite Materials

In the civil engineering industry, particularly in the field of retaining walls, there is a demand for both environmental impact reduction and durability. Traditional concrete retaining walls have a high CO2 emission during the manufacturing process, posing challenges to the environment. Additionally, consideration for the landscape is also important. Our Wood Plastic Composite (WPC) incorporates up to 55wt% wood powder, contributing to environmental impact reduction by reducing the amount of petroleum-based resin used. It also possesses wood-like aesthetic qualities, enabling the realization of retaining walls that consider the landscape. 【Application Scenes】 * Retaining walls * Slope protection * Riverbank construction 【Benefits of Implementation】 * Reduction of CO2 emissions * Improvement of landscape through wood-like aesthetics * Ease of replacement from existing polypropylene-based materials

• Composite Materials

In the port industry, there is a demand for the durability of fenders that support the safe berthing and unberthing of vessels, as well as a reduction in environmental impact. Traditional fenders boast high durability but use petroleum-based plastics, which pose environmental challenges. Our Wood Plastic Composite (WPC) incorporates up to 55wt% wood powder, significantly reducing the use of petroleum-based resins and contributing to environmental impact reduction. [Application Scene] - Fenders [Effects of Introduction] - Reduction of environmental impact - Aesthetic qualities derived from wood

• Composite Materials

In the playground equipment industry, safety and durability, along with environmental considerations, are being prioritized. Particularly for equipment parts that children directly touch, materials with low environmental impact are required alongside safety. Traditional plastic materials can pose challenges regarding their environmental impact. Our Wood Plastic Composite (WPC) contributes to reducing environmental burden by incorporating up to 55wt% wood powder and reducing the amount of petroleum-derived resin used. It also provides a wood-like aesthetic, enhancing the appeal of playground equipment. 【Usage Scenarios】 - Playground equipment in parks - Equipment for kindergartens and nurseries - Parts for indoor play facilities 【Benefits of Implementation】 - Enhances corporate image as an environmentally friendly product - Contributes to the reduction of CO2 emissions - Increases product added value with a warm, wood-like design

• Composite Materials

In the furniture industry, efforts to reduce environmental impact are being prioritized, and sustainability is also required in frame materials. Wood Plastic Composite (WPC) is gaining attention as an alternative to wood materials because it can balance aesthetic qualities derived from wood with contributions to CO2 reduction. Our WPC minimizes the use of petroleum-based resins while accommodating injection molding and extrusion, making it easy to replace existing polypropylene-based materials. 【Usage Scenarios】 - Furniture frames - Wood alternatives - Environmentally friendly products 【Benefits of Implementation】 - Contributes to reducing environmental impact - Design that utilizes wood-like texture - Molding possible with existing equipment

• Composite Materials

In the construction industry, exterior materials that can achieve both environmental load reduction and design quality are in demand. It is particularly important that these materials excel in durability and weather resistance while showcasing the texture of wood. Traditional plastic materials have the challenge of high environmental impact, leading to an increased need for alternative materials. Our wood-plastic composite (WPC) incorporates up to 55wt% wood powder, significantly reducing the use of petroleum-derived resins, thus contributing to environmental considerations. It also provides wood-like aesthetics, serving as a new option for exterior materials. 【Usage Scenarios】 - Exterior wall materials - Decking materials - Fences - Louvers 【Benefits of Implementation】 - Environmental load reduction (CO2 reduction) - Wood-like aesthetics - Ease of replacement from existing materials

• Composite Materials

"Wood Plastic Composite" is a composite material made from wood powder and plastic. 【Advantages】 - It allows for the effective use of unused wood resources. - Wood powder is lighter compared to glass fibers and talc. - It can improve the ratio of plant-derived raw materials. 【Product Lineup】 - Celbride(R): A grade using general-purpose wood powder. - Wood Nanoplast(R): A grade using special wood powder that improves impact resistance. - Flame-retardant Wood Plastic Composite: A grade that has been flame-retardant treated (equivalent to UL94 V-0).

• Composite Materials

"Etak(R) Safety Coat(R)" is a commercial disinfecting and antibacterial coating agent developed in collaboration with Professor Hiroki Futakawa from Hiroshima University Graduate School of Dental and Pharmaceutical Sciences, incorporating the antibacterial and disinfecting component "Etak(R)." Immediately after spraying, it disinfects using the alcohol effect. After the alcohol dries, "Etak(R)" is fixed and coats the surface of the sprayed item, providing antibacterial effects that last for one week. [Features] ■ Long-lasting ■ Powerful disinfection and antibacterial properties ■ Colorless, transparent, and non-sticky *For more details, please download the PDF or feel free to contact us.

• Other safety and hygiene products

Our company supplies raw materials to various advanced technology industries, including flame retardants, pharmaceuticals, veterinary medicines, food additives, photographic materials, high-performance materials, dyes, and fragrances. We are divided into three business segments: the flame retardant business, fine chemicals business, and health support business. Leveraging our accumulated expertise and development capabilities in bromination and iodination, we respond to the high functionality of various materials as a partner in advanced technology industries such as electronics, information technology, and pharmaceuticals. In the future, we will focus more on proposal-based research and development, aiming to expand our business through downstream product development and value addition. Please leave raw materials and other needs to us. 【Business Overview】 ■ Flame Retardant Business ■ Fine Chemicals Business ■ Health Support Business *For more details, please refer to our catalog or feel free to contact us.

• Contract manufacturing
• others