ICF began a protracted journey toward excellence and perfection for the creation of contact-molded, thermoset resin-coated, corrosion-resistant goods as a diverse GRP production facility.

These FRP/GRP materials have a variety of uses, from fluid storage to environmental solutions.

When corrosive weather or media are present, GRP has proven to be the best option. Whereas non-thermoset polymers like UPVC and HDPE wither in sunlight and steel rusts in maritime environments or aqueous medium, GRP stands out as the best alternative because to its anti-corrosion standard, robust physical features, and anti-withering capabilities.

ICF includes a thorough program of in-plant testing. To ensure that resins are fully cured, we evaluate Barcol hardness and test each product we create for pressure tightness. Analyses of raw materials and chemical tests are conducted routinely. In the Quality Control department, all test data and reports are categorized and made available to consumers.

One of the main justifications for specifying fiberglass products is its resistance to corrosion in harsh conditions. Fiberglass is not corroded by typical types of corrosion. This would include the intergranular corrosion that damages metals but not fiberglass, as well as galvanic, aerobic, pitting, and pitting. Although fiberglass can withstand a wide range of chemicals and temperatures, it must be designed, made, and installed correctly to suit the application. For instance, hydrolysis, oxidation, pyrolysis, or incompatible solutions may chemically damage fiberglass. Chemical attack will be minimized by using the right resin/glass matrix.

FRP/GRP products are ideal for the following

applications:

1- Acids

2- Caustics

3- Solvents

4- Non-flammable corrosive fluids

5- Oils

6- Water (Potable, Raw, Fire-Fighting)

7- Septic (Industrial Effluents, Domestic Sewage)

8- Corrosive gases