Gelcoat Eskim code 500

Gelcoat Eskim code 500

Clear modified acrylic gelcoat based on ISO / NPG

Technical data sheet Gelcoat Eskim code 500All information provided in this sheet is considered correct and accurate, but no guarantee or warranty is given regarding mechanical and chemical composition. Eskim Company is not responsible for possible defects resulting from improper storage, handling or application of the product.

Description and main properties

Clear modified acrylic gelcoat ES-500 based on ISO / NPG is a high-performance gelcoat used for the production of kitchen countertops, sinks and vanities. This product has high resistance to chemical scratches, impacts, ultraviolet (UV) radiation and thermal shock. It does not crack or fatigue with temperature changes and is flexible. It can also be used in a variety of composite applications where resistance to atmospheric and hydrolytic conditions as well as chemical and mechanical resistance is important.

Physical and chemical properties of gel coat Skim Code 500 (liquid form)

1. Viscosity measured with Brookfield DV II at 25°C.
2. For gel, 1.0 Milliliter MEK-P (Butanax M60) was used for 100 grams of sample at 25 degrees Celsius.

gel-cat skim code 500

Chemical structure of gel-cat skim code 500

• Acid: ISO / NPG based
• Accelerator: Yes
• Modified with acrylic
• Color: White, Black, transparent

Mechanical properties of cured resin

1. For fully cured resin: 24 hours at 20°C, then 4 hours at 90°C.
2. Curing time: 24 hours at 20°C, 4 hours at 90°C and 3 hours at 120°C.

Storage conditions of Eskim Code 500

This product should be stored in a dry, clean and cool place (15-25°C) in closed packaging. The shelf life of the product is valid at this storage temperature and it should be noted that high temperatures reduce its shelf life. Products with the same batch number and date should be stored together.

Another factor that affects the lifespan of unsaturated polyester resins containing styrene is sunlight. Styrene must polymerize in sunlight, and products must avoid direct exposure to sunlight to prevent their lifespan from being reduced.