How to make colored conductive gelcoats: unveiling high-performance industrial technology скачать в хорошем качестве

How to make colored conductive gelcoats: unveiling high-performance industrial technology

This video instructs in detail how to make permanently conductive, durable, and light-color tooling gelcoats guaranteeing easy demolding, worker safety, and high quality of products. Graphene nanotube-enhanced anti-static gelcoats fully comply with ATEX area regulations and feature a smooth colorful surface. Pre-dispersed easy-to-use graphene nanotube concentrates are used by gelcoat producers with their standard equipment, contributing to sustainability aspects and making the process cost-effective. Learn more about graphene nanotubes for gelcoats and request a sample: https://tuball.com/nanotubes-for/gelc... Most fiberglass molds are non-conductive and accumulate static electricity during demolding of composite parts, resulting in safety risks and difficulties in handling. Tooling gelcoats with nanotubes demonstrate permanent conductivity without “hot spots” and result in easy demolding, protect workers from receiving electric shocks, reduce the risk of explosions or fires, and lead to better surface quality, less wastage, and higher gloss of the final products. Take 5 minutes to find out: what equipment and components are used for safer gelcoats what nanotube dosages and technical parameters are required how to check quality what method to choose for applying nanotube gelcoats (spraying or brushing) how to measure resistivity If you have any questions, write us: tuballproducts@ocsial.com