List of Polymer Materials products
- classification：Polymer Materials
4816～4830 item / All 16358 items
Reduce the workload from handling heavy objects! Here are five case studies that solved customer challenges! We are also accepting free consultations and tests tailored to your work!
- Other conveying machines
We can accommodate high resistance over 10,000 ohms, with diameters ranging from approximately 30 mm to 8 inches, and we also offer thinning and chip processing arrangements!
- Other semiconductors
- Processing Contract
- Wafer
Flame-retardant tablets that are expected to improve mechanical properties and drip prevention when combined with flame-retardant fillers.
- plastic
Emulsion made from biodegradable resin derived from natural biomass that contributes to the reduction of carbon dioxide emissions.
- Composite Materials
A garden with greenery all year round. We are currently offering free samples of all three types of artificial turf, Saraturf.
- Composite Materials
Graft polymer with various functional groups grafted onto polylactic acid (PLA)
- plastic
Impact modifiers for PA, PBT, and PLA, and adhesion promoters for PA SCONA TPKD 8304 PCC.
- plastic
For improving the appearance of automotive interior materials and EM wire insulation materials! BYK-MAX ASC 4181
- plastic
Development and Expansion of Plastic Additives for a Sustainable Society - Bicchemie
The development and utilization of plastic products in a sustainable society is being sought. This time, we will introduce the concept and examples of BYK additives regarding the sustainable (mainly carbon-neutral) contributions of plastic compounds, particularly thermoplastic resin compounds. Carbon Neutral 1. Utilization of plant-derived resins (use of layered silicates) 2. Effective use of plant fiber fillers 3. Reduction of fiber usage in glass fiber and carbon fiber reinforced compounds 4. Material recycling 4.1 Stabilization of resin products 4.2 Compatibility and dispersion stabilization of foreign substances 5. Uncoated products 5.1 Improvement of colorability using wetting dispersants 5.2 Improvement of flow marks and adhesion using composite silicates
Ideal for VOC and odor reduction in olefin-based plastics and elastomers! BYK-MAX P 4200, BYK-MAX OR series.
- plastic
Development and Expansion of Plastic Additives for a Sustainable Society - Bicchemie
The development and utilization of plastic products in a sustainable society is being sought. This time, we will introduce the concept and examples of BYK additives regarding the sustainable (mainly carbon-neutral) contributions of plastic compounds, particularly thermoplastic resin compounds. Carbon Neutral 1. Utilization of plant-derived resins (use of layered silicates) 2. Effective use of plant fiber fillers 3. Reduction of fiber usage in glass fiber and carbon fiber reinforced compounds 4. Material recycling 4.1 Stabilization of resin products 4.2 Compatibility and dispersion stabilization of foreign substances 5. Uncoated products 5.1 Improvement of colorability using wetting dispersants 5.2 Improvement of flow marks and adhesion using composite silicates
![[Information] Explanation of Waterp...](https://image.mono.ipros.com/public/product/image/abb/2000676344/IPROS626615313761660623.png?w=280&h=280){kind=small}
This explains the importance of waterproof tape in residential construction and the differences and characteristics of typical butyl and acrylic.
- Adhesive tape
- Rubber
- others
Multifunctional graft polymer SCONA with high molecular design freedom: compatibility of thermoplastic resin compounds, enhancement of adhesion between dissimilar materials, and viscosity adjustment.
- plastic
Development and Expansion of Plastic Additives for a Sustainable Society - Bicchemie
The development and utilization of plastic products in a sustainable society is being sought. This time, we will introduce the concept and examples of BYK additives regarding the sustainable (mainly carbon-neutral) contributions of plastic compounds, particularly thermoplastic resin compounds. Carbon Neutral 1. Utilization of plant-derived resins (use of layered silicates) 2. Effective use of plant fiber fillers 3. Reduction of fiber usage in glass fiber and carbon fiber reinforced compounds 4. Material recycling 4.1 Stabilization of resin products 4.2 Compatibility and dispersion stabilization of foreign substances 5. Uncoated products 5.1 Improvement of colorability using wetting dispersants 5.2 Improvement of flow marks and adhesion using composite silicates
Organic modified layered silicates (clay materials) that impart reinforcing effects to thermoplastic compounds.
- plastic
Development and Expansion of Plastic Additives for a Sustainable Society - Bicchemie
The development and utilization of plastic products in a sustainable society is being sought. This time, we will introduce the concept and examples of BYK additives regarding the sustainable (mainly carbon-neutral) contributions of plastic compounds, particularly thermoplastic resin compounds. Carbon Neutral 1. Utilization of plant-derived resins (use of layered silicates) 2. Effective use of plant fiber fillers 3. Reduction of fiber usage in glass fiber and carbon fiber reinforced compounds 4. Material recycling 4.1 Stabilization of resin products 4.2 Compatibility and dispersion stabilization of foreign substances 5. Uncoated products 5.1 Improvement of colorability using wetting dispersants 5.2 Improvement of flow marks and adhesion using composite silicates
Non-halogen flame-retardant thermoplastic plastic flame retardant additive. Layered silicate (clay) filler that improves gas barrier properties.
- plastic
Development and Expansion of Plastic Additives for a Sustainable Society - Bicchemie
The development and utilization of plastic products in a sustainable society is being sought. This time, we will introduce the concept and examples of BYK additives regarding the sustainable (mainly carbon-neutral) contributions of plastic compounds, particularly thermoplastic resin compounds. Carbon Neutral 1. Utilization of plant-derived resins (use of layered silicates) 2. Effective use of plant fiber fillers 3. Reduction of fiber usage in glass fiber and carbon fiber reinforced compounds 4. Material recycling 4.1 Stabilization of resin products 4.2 Compatibility and dispersion stabilization of foreign substances 5. Uncoated products 5.1 Improvement of colorability using wetting dispersants 5.2 Improvement of flow marks and adhesion using composite silicates
Organic modified phyllosilicate (clay) fillers that improve the mechanical properties and gas barrier performance of thermoplastic compounds for applications such as films and automobiles.
- plastic
Development and Expansion of Plastic Additives for a Sustainable Society - Bicchemie
The development and utilization of plastic products in a sustainable society is being sought. This time, we will introduce the concept and examples of BYK additives regarding the sustainable (mainly carbon-neutral) contributions of plastic compounds, particularly thermoplastic resin compounds. Carbon Neutral 1. Utilization of plant-derived resins (use of layered silicates) 2. Effective use of plant fiber fillers 3. Reduction of fiber usage in glass fiber and carbon fiber reinforced compounds 4. Material recycling 4.1 Stabilization of resin products 4.2 Compatibility and dispersion stabilization of foreign substances 5. Uncoated products 5.1 Improvement of colorability using wetting dispersants 5.2 Improvement of flow marks and adhesion using composite silicates
SCONA 20097: A polypropylene homopolymer grafted with high-purity maleic anhydride. Improved compatibility with the high-polarity polymer EVOH.
- plastic
Additives for imparting functions such as thermal stability, weather resistance, scratch resistance, VOC/odor reduction, crystallization promotion, and static prevention.
- plastic
Compacting technology for stabilizers and various additives for thermoplastic resins.
- plastic