MultiStar® 566 2400 35 by Johns Manville is an E-glass fiber roving. It is manufactured with continuous glass fibers of defined diameter into a cylindrical roving package with a sizing suitable for chopping and... view more

StarRov® 089 1200 by Johns Manville is an E-glass fiber coated with silane based sizing. It is manufactured by direct winding of continuous glass fibers of defined diameter into a cylindrical roving package. It... view more

StarRov® 089 2400 by Johns Manville is an E-glass fiber coated with silane based sizing. StarRov® 089 2400 roving is manufactured by direct winding of continuous glass fibers of defined diameter... view more

StarRov® 089 300 by Johns Manville is an E-glass fiber coated with silane based sizing. It is manufactured by direct winding of continuous glass fibers of defined diameter into a cylindrical roving... view more

StarRov® 089 4800 by Johns Manville is an E-glass fiber coated with silane based sizing. It is manufactured by direct winding of continuous glass fibers of defined diameter into a cylindrical roving... view more

Accelerator 55028 by Nouryon is cobalt accelerator in aliphatic solvent mixture for curing UP resins at ambient temperatures. The curing of unsaturated polyester resins at ambient temperatures can... view more

Accelerator NL-49P by Nouryon is a solution of 1% cobalt in solvent mixture used as an accelerator for curing UP resins at ambient temperatures. The radical formation, which is necessary to start... view more

Accelerator NL-51P by Nouryon is a solution of 6% cobalt in solvent mixture used as an accelerator for curing UP resins at ambient temperatures. The radical formation, which is necessary to start... view more

Accelerator NL-53 by Nouryon is a solution of 10% cobalt in solvent mixture used as an accelerator for curing UP resins at ambient temperatures. It is used in continuous laminating, resin transfer... view more

Accelerator NL-64-100 by Nouryon is a low-reactive amine accelerator used for curing unsaturated polyesters at ambient temperatures. The radical formation, which is necessary to start the... view more