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Heat Transfer
Heat Transfer For Dummies
Use the Correct Transfer Paper for Inkjets and Laser Printers for Great Results by Grace Enderlein
There are countless ways to express creativity using heat transfer products to put images and words on many items. However, there are different products which are used to achieve the best results. Choose the correct heat transfer paper depending on the type of printer being used, and choose from the variety of transfer products for what fabric or item is being printed.
Whether printing in great volume, for example t-shirts for a large company picnic, or just printing a small quantity, perhaps hats for a family reunion; the type of heat transfer paper chosen depends on the type of printer, inkjet or laser. Anyone with either type of printer can have amazing results for custom printing on many items. Transfer papers for inkjets are used in any inkjet printer, and any images can be easily transferred onto t-shirts, uniforms, caps, and more. Customize artwork, clipart and messages for creative items for schools, teams, families and friends. Simply choose inkjet transfer paper for inkjet printers or laser printer papers for laser printers for successful image transfers.
There are many items that accept transfers, but it is also important to be mindful of their fabric content or material when choosing the type of inkjet transfer paper or laser transfer paper. There are paper options for the classic cotton or cotton/polyester blend shirt or sweatshirt, but heat transfer products have expanded to include specialized paper for synthetic fabrics including spandex and polyester. The particular type should be chosen accordingly.
There are also specialized heat transfer products for printing on mugs, puzzles, mousepads and even leather. Transfer papers for inkjets and laser printers are also chosen for the color of the item on which the image will be printed, light or dark. Transfer papers for inkjet or laser are also offered with different finishes and effects such as holograms, glitter, reflective and metallic. Fantastic gifts, team items, company and school event giveaways are created with transfer papers for inkjet and laser printers, with many optional finishes.
About the Author
Grace Enderlein is a freelance writer and editor."Use the Correct Transfer Paper for Inkjets and Laser Printers for Great Results" notes the need to use the right kind of heat transfer paper for best results. Tshirtsupplies.com is an excellent source of heat transfer paper and supplies with an extensive inventory and outstanding customer service.
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Frequently Asked Questions...
What mass of propane must be burned if the heat transfer process is 60% efficient?
C3H8 (g) + 5 O2 (g) -------------> 3 CO2 (g) + 4 H2O (l) deltaH - -2221 kJ
The total amount of heat produced is 8.0 X 10^4 kJ.
What mass of propane must be burned to furnish this amount of energy assuming the heat transfer process is 60.% efficient?
Please explain your thought process.
Thank you very much.
Answer:
8.0 x 10^4 kJ is 60% of the heat produced when the reaction is ideal (100% efficient)
so if the reaction is 100% efficient, then there will be:
8.0 x 10^4 / .60 ( 60% = .60) or
13.3333 x 10^4 kJ of heat produced (100%).
If you will burn 1 mole of propane ideally, 2221 kJ of heat will be produced.
If you would like to get 13.333 x 10^4 kJ of heat (ideally), then you must burn 133.3333/ 2.221 moles of propane or
60.03300315 moles of propane.
mass of propane = moles of propane x molar mass of propane.
mass of propane = 60.03300315 x ( 3 x 12.01 + 8 x 1.008)
mass of propane = 2647.0952408961 grams
Burning of 2647.0952408961 grams of propane ideally (100%) produces 13.3333 x 10^4 kJ of heat and 8.0 x 10^4 kJ if the efficiency is at 60%.
