Nittobo Group strives to contribute to the realization of an enriched society,
serves as a valued corporate group in society, and commits to the creation of comfortable life.
Nittobo's chopped strands, which are constantly developed from the aspects of molding and affinity with resin, can be used for diverse applications.
Nittobo also meets customers' needs by offering a wide range of treatment formulations, strand types, and cut lengths.
Featuring high electric properties, high heat resistance, and excellent dispersibility, Nittobo's BMC chopped strands are suitable for molded products, such as electronic materials.
Typical product types | Applicable resin | Cut length (mm) | Filament diameter (µm) | Treatment | Features |
---|---|---|---|---|---|
CS 3 E-227 | Polyester | 3 | 10 | Silane-based | High electric properties Hard strand |
CS 6 E-227 | Polyester | 6 | 10 | Silane-based | High electric properties Hard strand |
CS 6 PE-908 | Polyester | 6 | 13 | Silane-based | High strength High heat resistance |
CS 6 SK-406 | Polyester Phenol |
6 | 10 | Silane-based | Excellent dispersibility |
Due to special surface treatment, Nittobo's chopped strands for base materials for glass paper spread quickly in aqueous medium and excel in dispersion stability after spreading.
Typical product types | Applicable resin | Cut length (mm) | Filament diameter (µm) | Treatment | Features | Applications |
---|---|---|---|---|---|---|
CS 25 K-871 | Vinyl chloride | 25 | 13 | - | Quick spreadability Excellent dispersion stability |
Construction materials |
CS 13 C-897 | Epoxy | 13 | 10 | Silane-based | Quick spreadability Excellent dispersion stability |
Electric and electronic materials |
Nittobo's chopped strands for gypsum reinforcement materials, which excel in water dispersibility, are suitable for reinforcing inorganic materials.
Typical product types | Cut length (mm) | Filament diameter (µm) | Features |
---|---|---|---|
CS 13 J-917 | 13 | 10 | Excellent water dispersibility |
CS 3 J-888 | 3 | 10 | Excellent water dispersibility |