List of Polymer Materials products
- classification：Polymer Materials
2221～2235 item / All 15850 items
Achieves high collection efficiency through electrostatic methods. Offers a wide range of products from large to small sizes. Also compatible with water-soluble oil mist.
- air conditioning
We will also introduce in the column the hole diameter control technology in the manufacturing process and the impact of hole diameter on product performance.
- fiber
Introducing the functions required of the support for separation membranes, the technical challenges, and the technological innovations of separation membrane supports using heterogeneous two-layer no...
- fiber
The article also introduces the effects of annealing treatment on suppressing thermal shrinkage and thermal deformation, as well as its effects in non-woven fabrics.
- fiber
It is possible to apply coatings and laminates similar to those of standard polyester films, and there is a range of products with excellent flame retardancy.
- Composite Materials
Introduction to the flame-retardant polyester film "Diarami."
Diarami is a PET-based film laminated with a single-layer PET film and a flame-retardant adhesive layer. 【Flame Retardancy】 Using proprietary technology, we laminate PET film with a flame-retardant layer to achieve high flame retardancy. FR-02 (40μm to 250μm) = VTM-0 (UL94) / FR-02A (340μm to 500μm) = V-0 (UL94) 【Processability】 The surface layer is made of PET film, making it suitable for processing such as coating, laminating, cutting, and punching. 【Thickness】 Available in a wide range of thicknesses from the thinnest 40μm to the thickest 500μm. 【Insulation】 The PET layer ensures insulation, and due to its laminated structure, the likelihood of pinholes occurring is also reduced.
A new solution company that realizes comfort through the power of chemistry.
- Other polymer materials
- Composite Materials
- plastic
A PET film ideal for processing such as punching, bending, coating, and laminating!
- Composite Materials
Introduction to the flame-retardant polyester film "Diarami."
Diarami is a PET-based film laminated with a single-layer PET film and a flame-retardant adhesive layer. 【Flame Retardancy】 Using proprietary technology, we laminate PET film with a flame-retardant layer to achieve high flame retardancy. FR-02 (40μm to 250μm) = VTM-0 (UL94) / FR-02A (340μm to 500μm) = V-0 (UL94) 【Processability】 The surface layer is made of PET film, making it suitable for processing such as coating, laminating, cutting, and punching. 【Thickness】 Available in a wide range of thicknesses from the thinnest 40μm to the thickest 500μm. 【Insulation】 The PET layer ensures insulation, and due to its laminated structure, the likelihood of pinholes occurring is also reduced.
Thinner, higher heat resistance. And reusable. A new high heat-resistant grade has been released!
- Other polymer materials
- Rubber
Introduction to the high heat-resistant press cushion material "Keiju TM".
"Keiju TM" is a silicone rubber film created through our company's unique processing technology. We have developed a high-temperature grade in addition to the conventional grade. It can be repeatedly used in high-temperature environments (up to approximately 300°C). Since it is not disposable, it contributes to cost reduction and environmental impact reduction. Additionally, because it does not use non-woven fabric, there is no dust generation during the process. 【Features】 - The film is attached to a substrate, preventing stretching in the plane direction during pressing and suppressing lateral displacement of the workpiece. - It can accommodate thicknesses from ultra-thin 50μm to 500μm (with a substrate thickness of 25μm). - By adjusting the thickness and rubber hardness, fine-tuning of pressure and sinking amount is possible. - Being a composite material with a substrate, it has rigidity and good handling properties. - Adjustment of the surface texture of the rubber is also possible.
Introducing a high heat-resistant grade of silicone rubber film, a thin and flexible epoxy film.
- Other polymer materials
It is a type that layers different materials with silicone rubber. It can take advantage of both the properties of silicone and those of the base material! A perfect combination!
- Rubber
Inorganic barrier clay for suppressing gas permeability in food packaging materials and films.
- Other polymer materials
Perfect for research and development: We provide resin lenses without molds!
- plastic
- lens
- Optical Experimental Parts
Cushion material for substrate manufacturing that combines high heat resistance and lasting cushioning properties.
- Other polymer materials
Notice of Participation in the "New Functional Materials Exhibition 2026" from January 28 (Wednesday) to January 30 (Friday), 2026.
Ichikawa Techno Fabrics Co., Ltd. will be exhibiting at the "New Functional Materials Exhibition 2026" held at Tokyo Big Sight. This exhibition will bring together many products and technologies essential for manufacturing, from materials to processing and devices. Numerous visitors with specific needs seeking solutions to various challenges will attend. Collaboration proposals among exhibitors, as well as between visitors and exhibitors, will also be active. At our booth, we plan to showcase "industrial felt." We look forward to your visit.
Contract synthesis and purification of various materials used in perovskite solar cells. We can accommodate various requests such as cost reduction and high purity!
- Other polymer materials
I have newly joined the Organic Solar Cell Technology Research Association (RATO).
Fukui Canon Materials Co., Ltd. newly joined the Organic Solar Cell Technology Research Association (hereinafter referred to as RATO) on November 21, 2025 (Friday). RATO is an industry-academia collaboration organization that promotes the technological development and standardization of next-generation solar cells, including perovskite solar cells. Through our activities in this association, we will advance testing operations, evaluations, and analyses using various equipment, examine the applicability of our materials to organic solar cells, and aim for further improvement of our technological capabilities.