Novolac Epoxy Resin HWR-638 Semi-Solid Phenol Novolac Epoxy per adesivi, rivestimenti e incapsulamenti resistenti al calore
Product Description Novolac Epoxy Resin HWR-638 is a semi-solid reaction product of epichlorohydrin and phenol-formaldehyde novolac. Its multifunctional molecular structure allows for full cross-linking, delivering good adhesion strength and excellent heat and chemical resistance. In addition to the ... Read More
Indurente Epossidico HW-8396 – Agente Indurente Amminico Trasparente Giallo Chiaro per Colata, Incapsulamento Elettronico e Materiali Compositi
Product Description Epoxy Hardener HW-8396 is a light-yellowish transparent amine curing agent with good compatibility with other amine curing agents. It remains completely transparent at temperatures around 0°C, making it suitable for low-temperature applications where clarity is required. With an ... Read More
Indurente Epossidico Fenilammina Rosso-Marrone Modificato HW-5454 Epossidico Senza Solvente
Product Description Epoxy Hardener HW-8432 is a light-yellowish transparent amine curing agent designed for use in maintenance coatings, primers, enamel paint formulations, high-solid coating systems, and marine coatings. The product offers a balanced combination of reactivity and processing ... Read More
Indurente epossidico a colori chiari HW-8618 per film di vernice antiaderente
Light Color Epoxy Hardener HW-8618 for Non-Sticky Paint Film Product Overview Epoxy hardener HW-8618 is a modified cycloaliphatic amine curing agent featuring low viscosity, high activity, light color, non-sticky paint film surface, high gloss, moisture absorption resistance, and non-yellowing ... Read More
Indurente Epossidico Flessibile a Rapida Polimerizzazione e Basso Ingiallimento e Agente Indurente Epossidico Fenalkaminico per Rivestimenti ad Alto Solido
L'indurente epossidico alifatico modificato HW-1217 offre bassa viscosità, polimerizzazione rapida ed eccellente resistenza all'ingiallimento per rivestimenti e adesivi ad alto contenuto di solidi o privi di solventi. Offre forte adesione, resistenza agli agenti chimici e alla nebbia salina e prestazioni affidabili su superfici poco trattate. Supportato dalla certificazione ISO9001, da oltre 20 anni di esperienza nell'esportazione e dal supporto personalizzato di ricerca e sviluppo. Read More
Indurente epossidico fenilalcamina a polimerizzazione rapida T-31 per anticorrosione pesante
T-31 is a Phenalkamine curing agent produced by the reaction of phenol, formaldehyde, and ethylenediamine. It has the properties of extremely fast curing speed, strong adhesion, and low price, etc. Mainly used for marine coatings, heavy anticorrosion, storage tanks, pipelines, steel structures, and ... Read More
Indurente Epossidico HW-8353 – Agente Indurente Imidazolinico a Bassa Viscosità per Protezione del Calcestruzzo, Adesivi e Anticorrosione Industriale
Product Description Epoxy Hardener HW-8353 is an epoxy hardener characterized by low viscosity, light color, high imidazoline content, and a solvent-free formulation. It demonstrates strong adhesion performance with steel, cement, concrete, and other substrates. The product offers a balanced ... Read More
Indurente Fenilalchilamminico Senza Solventi HW-3558 Per Rivestimenti Marini Particolarmente Adatto Per L'Uso In Condizioni Di Bassa Temperatura
Epoxy hardener HW -3558 is a phenalkamine-modified epoxy resin curing agent with unique performance, suitable for solvent- free or high-solid epoxy primer systems . The unique structure of cardanol-modified phenalkamine gives the curing agent and its derived coatings unique properties . The curing ... Read More
Resina Epossidica Amminica Multipla HW-1217 con Rapida Velocità di Indurimento e Facili Proprietà di Lucidatura Adatta per Incollaggio Strutturale
Product Description HW-1217 is a modified aliphatic epoxy curing agent with good flexibility. The product features low viscosity and good yellowing resistance, making it suitable for high-solids or solvent-free coatings and adhesives. Product Performance Maintains good curing properties and adhesion ... Read More