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Formvar is a synthetic film insulation containing Polyvinyl Acetal and phenolic resins.

Formvar is a synthetic film insulation containing Polyvinyl Acetal and phenolic resins.

Formvar-EXTRA is a synthetic film insulation containing modified polyvinyl acetal and phenolic resins. Formvar-EXTRA is based on the same enamel formulation that has been in use for over 50 years. Its 141°C Thermal Index is the highest in the market for aluminum products meeting MW 86 / MW 87. It also passes 220°C heat shock as well as 300°C thermoplastic flow. It is a non-solderable product and must be mechanically stripped before soldering, or terminated by means of insulation piercing terminals. 

Formvar-EXTRA is a synthetic film insulation containing modified polyvinyl acetal and phenolic resins. Formvar-EXTRA is based on the same enamel formulation that has been in use for over 50 years. Its 141°C Thermal Index is the highest in the market for aluminum products meeting MW 86 / MW 87. It also passes 220°C heat shock as well as 300°C thermoplastic flow. It is a non-solderable product and must be mechanically stripped before soldering, or terminated by means of insulation piercing terminals. 

Formvar-EXTRA is a synthetic insulating film containing modified polyvinyl acetal and phenolic resins. Formvar-EXTRA is based on the same enamel formulation that has been used for more than 50 years. Its thermal index of 138°C is the highest on the market for copper products that comply with MW 86 / MW 87 standards. It also exceeds the requirements for 220°C thermal shock and 230°C thermoplastic flow.

It is a non-solderable product and must be mechanically stripped before soldering, or terminated using insulation-piercing terminals.

Formvar-EXTRA is a synthetic insulating film containing modified polyvinyl acetal and phenolic resins. Formvar-EXTRA is based on the same enamel formulation that has been used for more than 50 years. Its thermal index of 138°C is the highest on the market for copper products that comply with MW 86 / MW 87 standards. It also exceeds the requirements for 220°C thermal shock and 230°C thermoplastic flow.

It is a non-solderable product and must be mechanically stripped before soldering, or terminated using insulation-piercing terminals.

GP/MR-200® magnet wire is the standard of comparison for magnet wire performance in virtually every severe and heavy duty application. The combination of a modified Polyester basecoat and an improved Polyamide-imide topcoat results in an insulation system with outstanding physical toughness, excellent dielectric properties, and superior chemical resistance to most common solvents and refrigerants.

GP/MR-200® magnet wire is the standard of comparison for magnet wire performance in virtually every severe and heavy duty application. The combination of a modified Polyester basecoat and an improved Polyamide-imide topcoat results in an insulation system with outstanding physical toughness, excellent dielectric properties, and superior chemical resistance to most common solvents and refrigerants.

GP/MR-200® magnet wire is the standard of comparison for magnet wire performance in virtually every severe and heavy duty application. The combination of a modified Polyester basecoat and an improved Polyamide-imide topcoat results in an insulation system with outstanding physical toughness, excellent dielectric properties, and superior chemical resistance to most common solvents and refrigerants.