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Tec 6100
Applicatore hot melt da 43 mm ad altissimo rendimento
The Tec 6100 is a very high output hot melt applicator designed to tackle demanding industrial applications. Using a combination of electrical and pneumatic power, the Tec 6100 can apply adhesive consistently using a single trigger pull, reducing operator fatigue. Working in tandem with the selection of 43mm Tecbond adhesives, the Tec 6100 has the power to work continuously with almost zero downtime.
Tec 6300
Applicatore a spruzzo hot melt da 43 mm ad altissima resa
Il Tec 6300 è un applicatore hot melt progettato per erogare bave di adesivo da 43 mm con un andamento vorticoso/spirale. Alternativa più facile e sicura ai tradizionali adesivi a spruzzo a base di solventi, il Tec 6300 utilizza una combinazione di energia elettrica e pneumatica per formare il motivo di spruzzatura, consentendo agli operatori di coprire un'area più ampia molto più rapidamente rispetto agli applicatori di perline tradizionali.
Tec 7100
Applicatore industriale da 43 mm ad altissimo rendimento
The Tec 7100 is an extremely high output hot melt applicator for use in applications where the operator requires consistent adhesive with minimal to no downtime. Using a combination of electrical and pneumatic power, the tool features a speed loading system for faster reloading. Alongside this, the Tec 7100 can apply adhesive consistently using a single trigger pull, reducing operator fatigue. Working in tandem with the selection of 43mm Tecbond adhesives, the Tec 7100 is the most powerful and robust hot melt bead applicator on the market.
Tec 7300
Applicatore a spruzzo da 43 mm ad altissimo rendimento
The Tec 7300 is an extremely high output hot melt spray applicator designed to dispense 43mm adhesive slugs in a swirl/spiral pattern. A user-friendly and safer alternative to conventional solvent-based spray adhesives, the Tec 7300 features a speed loader for faster reloading. The spray pattern created allows operators to cover a larger area much faster than a normal speed applicator, whilst also enabling use with heat sensitive substrates.