Heat Transfer Foils – Westar Solutions

Make your custom t-shirts stand out from the crowd with this special effect technique.  Adding just a touch or a full imprint of foil can increase the value and visibility of a shirt tremendously.  Foil is best applied through a transfer process on a special foil adhesive but it can also transfer to standard plastisol inks. A great alternative or compliment to metallic plastisol and waterbased inks.  Available in 12" x 200' rolls in various metallic colors. Use ATP-1001 Foil Adhesive with a 60mesh - 110mesh screen.    Printing: Print through a 60-110 TPI (23-43 TPcm) mesh tightened to a minimum of 25 newtons. A 60-70 durometer squeegee is recommended. 1-2 strokes maybe necessary for the best deposit. To adhere sequins, beads or glitter, either sprinkle on top of wet ink or remove shirt from platen and press into decorated

Can be cut to any shape or size desired Polycoated paper release liner for easy application Can protect from continuous ambient temperatures up to

HeatReflect (AFA) - High-Temp Heat Shield & Reflective Barrier, Fully Adhesive Sheet, Cut to any Shape or Size, 12 Wide & 36 Long - Perfect for

Heat Transfer Adhesive – RandelAnn's

HEAT TRANSFER VINYL

A design is printed with a laser printer onto a substrate like paper or card. Toner foil is placed on top of the design and then the substrate and

Foil for Laser Toner 'Sublimation' Fusing (TRF) for Laminating, Minc Heidi Swapp

The StarCraft HTA is a white Heat Transfer Adhesive. Our white color adhesive is easier to see and work with compared to other heat transfer materials

Heat Transfer Adhesive

Products – Westar Solutions

Microplate Seal Foil, Storage, Polystyrene

BEL-ART FOIL COVER-ALLS Lab Equipment

Experimental investigation of heat transfer enhancement and pressure drop of fin-and-circular tube heat exchangers with modified rectangular winglet vortex generator - ScienceDirect

HEAT TRANSFER VINYL

i560 Bling Bundle White Toner Transfers + Spangles - DigitalHeat FX

Westar Solutions

Experimental investigation of heat transfer enhancement and pressure drop of fin-and-circular tube heat exchangers with modified rectangular winglet vortex generator - ScienceDirect