森野化工 List of Products and Services

The characteristics of PETG resin sheets are: - Excellent transparency and good gloss. - Superior impact resistance. - Excellent secondary processing capabilities (vacuum forming, printing, adhesion, etc.). - Excellent environmental properties.

• Japanese-style wooden fittings

1. Highly transparent. 2. Excellent weather resistance. 3. Excellent scratch resistance. The surface hardness is on the harder side among resins. 4. Excellent secondary processing capabilities (polishing, cutting, slicing, punching, bonding, etc.).

• Interior wall decoration

ABS resin sheets generally use molding pellets that are commonly sold, but our company mixes AS resin with rubber and several types of additives and colorants in a mixer to create molding materials. 【Features】 ■ Superior surface gloss compared to polystyrene. ■ Heat resistance is higher than PVC, ranging from 70°C to 100°C, but it is flammable. ■ Surface processing is easy, allowing for printing, painting, plating, cutting, and bonding. ■ Chemical resistance is strong against acids and alkalis but weak against organic solvents. ■ Higher water absorption than PVC, requiring careful storage of the sheets. *For more details, please request materials or view the PDF data from the download.

• Japanese-style wooden fittings
• Interior/Interior Doors
• Wooden door

Rigid PVC sheets combine high processability and excellent functionality as a general-purpose resin. 1. They have high flame retardancy and are difficult to ignite. 2. They excel in electrical insulation and do not conduct electricity. 3. They have excellent chemical resistance (especially to acids and alkalis) but are weak against organic solvents. 4. They are inexpensive and have excellent secondary processing capabilities (vacuum forming, cutting, punching, printing, bonding, etc.). 5. Various properties of sheets can be created through formulation, such as sheets with high heat resistance, sheets with strong impact resistance, and matte sheets that do not regain gloss after thermal forming. 6. They are weak in heat resistance; when heated above 60°C, deformation of the molded products begins, and at temperatures exceeding 80°C, the material itself starts to soften.

• others