Uploaded April 2014 | Updated September 2026, 18 hours ago
goo.gl/EoYMdc—Short Fibers with High Strength Results
Mix this milled glass with any resin, body filler, or casting material to increase strength, bulk, and dimensional stability for parts.
Milled glass helps reduce shrinkage and increase moduli for parts, so it's popular for electrical/automotive components.
It is often used with vinyl ester resin as a corrosion-resistant, blister repair putty for deep boat hull damage (a ketchup consistency delivers best results).
Both fiber length and bulk density are controlled by the screen size—1/16" refers to the hole diameter of the hammermill screens used to mill the fibers, and lengths may vary up to this dimension.
For similar properties, but smaller fibers, see the 1/32" Milled Glass Fiber, #38.
This filler is compatible with epoxy, polyester, and vinyl ester resin systems. Add filler after adding catalyst to resin.
Add fibers to resin 5% by weight.
goo.gl/EoYMdc—Short Fibers with High Strength Results
Mix this milled glass with any resin, body filler, or casting material to increase strength, bulk, and dimensional stability for parts.
Milled glass helps reduce shrinkage and increase moduli for parts, so it's popular for electrical/automotive components.
It is often used with vinyl ester resin as a corrosion-resistant, blister repair putty for deep boat hull damage (a ketchup consistency delivers best results).
Both fiber length and bulk density are controlled by the screen size—1/16" refers to the hole diameter of the hammermill screens used to mill the fibers, and lengths may vary up to this dimension.
For similar properties, but smaller fibers, see the 1/32" Milled Glass Fiber, #38.
This filler is compatible with epoxy, polyester, and vinyl ester resin systems. Add filler after adding catalyst to resin.
Add fibers to resin 5% by weight.
