Last Updated： Aggregation Period:Dec 10, 2025～Jan 06, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Dec 10, 2025～Jan 06, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Dec 10, 2025～Jan 06, 2026
This ranking is based on the number of page views on our site.
241～255 item / All 1454 items
New eco-friendly building materials made from thinning timber from Fukui Prefecture and recycled resin.
This is an artificial wood that combines the texture of wood with the durability and moldability of resin, and further enhances safety and comfort for people by incorporating reassuring features such as "self-extinguishing" and "contact heat reduction" through new technologies.
CFRP using EzCiclo can be decomposed by reacting with the dedicated decomposing agent CleaVER in a reaction kiln, allowing for recovery without damaging the fibers.
Not only fibers but also resins can be reused and remolded, making recycling possible and significantly contributing to the realization of a circular society. 【Features】 ■ 100% recoverable resin ■ No need to introduce new equipment ■ Maintains the length of recovered fibers ■ Maintains the strength of recovered fibers ■ No waste generated ■ Can greatly contribute to a circular society *For more details, please refer to the PDF materials or feel free to contact us.
It can also be applied to hydrogen tank applications expected to grow in the future! Its use in the composite materials field is anticipated.
"EzCiclo" is a recyclable thermosetting epoxy resin that enables the recovery of fibers and oligomer resins from thermosetting resin products, which have traditionally been difficult to recycle. "CleaVER" is a decomposition solution that breaks down and re-resources EzCiclo, allowing for the establishment of an efficient recycling system by combining the two. By simply replacing conventional epoxy resins with EzCiclo, products can become recyclable, thereby reducing environmental impact without the need for special equipment modifications. 【Features】 ■ Achieves recycling of CFRP as a decomposable thermosetting resin (both fibers and resins can be reused) ■ No need for special new equipment; simply change conventional resins to EzCiclo epoxy resin ■ Reduces CO2 emissions upon disposal ■ The decomposition process using CleaVER is an environmentally friendly method with minimal environmental impact, as it does not generate harmful gases (such as SOx, NOx, etc.) compared to incineration. *For more details, please download the PDF or feel free to contact us.
ESD measures, uniformity of antistatic properties! Improving brittleness with filler reinforcement materials.
"SARPLUS(R)" is a CNT composite PEEK resin that allows for control of resistance values through the networking of nano-fillers. It improves strength and elastic modulus while maintaining impact strength comparable to neat materials. Please feel free to contact us for sales or prototype inquiries. 【Characteristics (excerpt)】 ■ Tensile Strength: 107 MPa (measured by method K7161) ■ Elongation at Break: 19% (measured by method K7161) ■ Flexural Modulus: 4,600 MPa (measured by method K7171) ■ Flexural Strength: 173 MPa (measured by method K7171) ■ Charpy Notch (with): 6.9 kJ/m² (measured by method K7111) ■ Surface Resistance Value: E5-E9 Ω (measured by method Hailesta) *For more details, please refer to the PDF document or feel free to contact us.
A detailed explanation of the characteristics and uses of representative materials! We will also introduce specific examples of their applications and how to choose materials.
As the use of 3D printers advances, many companies may be struggling with the question of "which material should we choose?" There are many types of materials for 3D printers, including metals and resins, each with different characteristics and applications. For example, metals are used for parts that require strength in the production of prototype models. The demand for 3D printer materials is also expanding in the domestic market, and according to the latest market forecasts, the 3D printer-related market is expected to grow significantly by 2025 (Source: Fuji Economic Research). With this market growth, the appropriate selection of materials has become directly linked to enhancing a company's competitiveness. This article will provide a detailed explanation of the representative materials used in 3D printing (metals and resins), along with their characteristics and applications. We will also introduce specific case studies and tips on how to choose materials so that sales representatives can make the best proposals to their clients. *For detailed content of the article, please refer to the PDF document. For more information, feel free to contact us.*
A new mold shape that brings innovation to mold design.
Low-odor solid resol-type phenolic resin for casting, which is a specialty of Lignite. A new mold-making method utilizing superheated steam, which is an original patent of Lignite. The combination of these two has enabled innovative improvements in environmental issues, quality, and molding cycles in the casting field. 【Features】 ○ Enables mold making with minimized odor ○ Reduces dimensional defects, burrs, and gas defects in molds ○ Allows for rapid mold making using superheated steam For more details, please contact us or download the catalog.
By having a high fixed carbon content and performing firing and heat treatment, spherical carbides can be obtained.
The spherical phenolic resin "LPS Series" is a spherical form of the oldest type of thermosetting resin, phenolic resin, created through a special method. It allows for particle size control ranging from an average diameter of 5μm to 500μm. There are reactive uncured types, thermosetting types that do not melt, and intermediate semi-cured types. Its spherical shape gives it excellent flowability. 【Features】 - Spherical shape with good flowability, allowing for high filling - High fixed carbon content - Spherical carbides can be obtained through baking and heat treatment For more details, please contact us or download the catalog.
An innovation that significantly changes the image of plastic.
Rignite Co., Ltd., which has inherited approximately 90 years of history and technological prowess since its establishment, provides a wide range of industrial resin products primarily based on phenolic resins and specialty resins, as well as various molding processes. We offer numerous products that leverage characteristics such as high strength, ultra-heat resistance, abrasion resistance, chemical resistance, and electromagnetic wave shielding, tailored to various industries. Additionally, we are actively engaged in the development of new materials and the realization of high value-added products through collaborative research with users, government ministries, and universities. 【Product List】 ○ Resin for Casting ○ Resin Coated Sand (RCS) ○ Resin for Refractories For more details, please contact us or download the catalog.
Maintaining the properties of phenolic resin! Achieving carbon neutrality through natural resources.
Lignin, extracted from wood and other materials, is expected to have high strength and high heat resistance due to its structure containing benzene rings. Phenolic resins, which use petroleum-derived phenol that also contains benzene rings, have similar properties and have been widely used in casting and molding fields as heat-resistant materials for a long time. By modifying a portion of phenolic resin with modified lignin, it becomes possible to maintain the properties of phenolic resin while imparting new characteristics, thereby achieving carbon neutrality through sustainable natural resources. 【Features】 ■ High heat resistance ■ Versatile moldability ■ Flexibility is imparted ■ Improved electrical insulation ■ Enhanced water resistance *For more details, please refer to the PDF document or feel free to contact us.
High-performance flexible polyphthalamide derived from plants, combining high heat resistance and flexibility.
Rilsan HT is a new high-performance flexible PPA resin that combines the high heat resistance of polyphthalamide (PPA) with the flexibility of polyamide (PA). It is a plant-based plastic with a plant content of 38-68%, made using non-food-grade "castor oil," while still demonstrating excellent performance. *Plant content: Ratio of plant-derived carbon
Fluororesin with over 50 years of proven durability and excellent processability.
Kynar® PVDF polymer is a fluoropolymer that is very easy to process and requires little specialized processing equipment. It has a wide processing temperature range (the difference between melting temperature and degradation temperature). Kynar® PVDF polymer is approved by end users around the world due to its excellent characteristics. The product is available in powder or pellet form. Features: - Excellent resistance to direct sunlight and UV exposure - Chemical resistance to a wide variety of chemicals - Radiation resistance - Flame retardant/smoke resistant - Ease of processing in post-processing such as welding and assembly - High purity for extremely demanding applications - Very high electrochemical stability - Excellent wear resistance - High temperature rating: maximum continuous use temperature 150º C
Can be cleared in any harsh environment! Produced in a 1000-class clean room.
1. The lining material of the valve is PFA or FEP, with a thickness of 3 millimeters or more, and has high permeability resistance. 2. The material of the valve body can be selected according to the customer's preference. 3. Permanent sealing method with flange joints. Applicable even with frequent thermal cycling. 4. The ball and valve seat fit perfectly, resulting in a high CV value. 5. The reinforced PTFE valve seat provides permanent cushioning to the ball, ensuring sealing performance. 6. Anti-static. 7. The ball and valve stem are designed as a single unit to avoid potential failure situations, providing excellent fluid control.
