1. Set iron or heat press to 284-320ºF (140-160ºC). Higher temperatures can melt vellum backing. If using a household iron, set the dial between the cotton and wool setting with NO STEAM.
2. Place heat transfer with the adhesive side down onto your garment or item. If the adhesive is exposed to the iron or press, the design will adhere onto the press and will be difficult to remove.
3. If using a heat press, press down front sides for 5-6 seconds, backing side 10s-12s. If using a household iron, press FIRMLY, straight down avoiding sweeping motions, front side for 5-6 seconds, backing side 10-12s.
4. Please follow the instruction below that has been 'marked' specifically for your label.
cold peel: Wait until the transfer has been completely cooled. Then secure garment down and peel off vellum backing. Start at one corner and SWIFTLY remove the film.
note: the price and time of transaction information is for reference only. Sample charge According to your design . Sampling time: 5 Business Days Free for Existing Samples . Sampling time: 2-3 Business Days Turn around time 6-9 ...
note: the price and time of transaction information is for reference only. Design format PDF, Adobe Illustrator, Adobe InDesign, Photoshop (Higher than 300dpi) Samples fee 1,Free sample but freight cost is paid by customers(when sample is in stock) ...
INSTRUCTION FOR APPLYING HEAT TRANSFER LABELS 1. Set iron or heat press to 284-320ºF (140-160ºC). Higher temperatures can melt vellum backing. If using a household iron, set the dial between the cotton and wool setting with NO STEAM. 2. Place heat ...
Heat transfer label Sample charge According to your design . Sampling time: 5 Business Days Free for Existing Samples . Sampling time: 2-3 Business Days Turn around time 6-9 Business Days Fast turn around time 6 days ...
Custom wash care labels Our selection of custom clothing care labels is perfect for any apparel company in need of smaller minimums and a fast turnaround. All of our custom apparel labels are printed on pre-cut white material, and we are capable of ...