We work hard to bring you the best fiber in the world! |
OUR PRODUCTS:MINERAL FIBERS - FIBERAND Mineral Fibers are currently made from a base of slag. Different compounds and sizings are added, depending upon the customer's intended use. - FIBERAND Mineral Fibers made from modified slag were created for applications where fine surface finish is not a concern. Because these fibers utilize a recycled material (i.e., slag), they are less expensive to produce than basalt fibers. Uses for this fiber include backing for PVC flooring, ceiling tiles, insulation, bituminous compounds, etc. - In high-tech applications, where high temperature resistance and/or a fine surface finish is desired, such as friction materials, compression molded products, paints, gaskets and plastic reinforcement, Fiberand can further modify the slag fibers with additional compounds to meet customer needs. Shot content can also be reduced. We do, however, have a source of basalt fibers if so desired. - In the road industry, where Fiberand Mineral Fibers made from slag were engineered to meet Federal Highway Administration (FHWA) guidelines, the fibers are marketed as FIBERAND Mineral Road Fibers.
CELLULOSE FIBERS FIBERAND has secured a line of cellulose fibers that meet the various State DOT Specifications.These fibers will be marketed as FIBERAND C #200 Road Fibers. If you prefer cellulose, you can now give us a call for a quote. We are very competitively priced. - For a cost comparison between cellulose fibers and mineral fibers, click here. - For advantages and disadvantages between cellulose fibers and mineral fibers, click here.
POLYESTER FIBERS - for product technical information, click here.
REBAR
COATINGS - FIBERAND
is introducing two new coatings for rebar. Once the rebar is coated with
Fiberand/Ginsite XEW or Fiberand/WNR coatings,
it can be bent, twisted or dropped without causing "holidays"
or fissures. These new proprietary coatings will eliminate the penetration
of saline moistures which normally attack rebar reinforced concrete in
bridges, seawalls and any other structures exposed to excessive moisture. |
Send mail to jp_chacon@fiberand.com with questions or comments about this web site.
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