SubliGlaze Translucent White Coating 1 each

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Subliglaze Translucent heat resistant base, replaces Digi-Coat Translucent White, 1 each To use with Subliglaze (Digicoat) sublimation clear coating. Our special formulation to pro duce stunning photographs on glass and other clear substrates! These are Aerosol so can only ship ground, sorry about the inconvenience Translucent White is a base coating designed to interact with SubliGlaze translucent White coating allows sublimators to decorate glass products like cutting boards, awards, and glass tiles. Translucent White lets sublimation ink pass through the white coating to produce strong, vibrant images. Used together with SubliGlaze sublimation coating and translucent White will let you produce stunning images onto glass. For sublimating glass or other clear material, the process begins with a coating of SubliGlaze sublimation coating Clear, which is allowed to air dry for 5 minutes, and then a light coating of Translucent White over the Clear. The object is then oven cured at 320 degrees F (160C) for 20 minutes. Contents are estimated to coat about 20 square feet (2 Sq meters), although your coverage may vary. As with the other DigiCoat sublimation coating products, coverage may vary and is affected by many factors, including: porosity of the substrate surface density of application number of coatings applied Use with caution - as with any aerosol product. Apply in well-ventilated areas, and away from any open flame. Read container for additional instructions prior to use. Contents 13.5 oz (400ml) Sublimation coating for metal, ceramics, glass, wood.... Allows you to offer different sublimation products. Dye sublimation coating, for wood, glass, metal and many other items. Do it yourself sublimation coatings. Sublimation coating for ceramics, sublimation coating for wood, sublimation coating for mugs, sublimation coating for aluminum, sublimation coating spray and liquids. Polyester sublimation coating. Dye Sublimation Ink Coating Ceramic Wood Metal Glass. Sublimation Coating for Cotton, Dye Sublimation polyester coating, Clear sublimation coating to make any metal, plastic, wood, ceramic product sublimation ready SEPS Graphics is the USA and Canadian distributor for Subliglaze sublimation and Digi coat sublimation coating products. Digi Coat has been rebranded are Subliglaze sublimation coating. NOTE: SubliGlaze is not recommended for use with acrylic products, as acrylics generally cannot withstand the heat required to cure the coatings, or heat and pressure required for dye sublimation. Here are the top questions we get asked the most about using Subli Glaze sublimation coating. Subli Glaze Clear sublimation Coating How long does it take to cure ready for sublimation transfer? A. Subli Glaze sublimation coating can be cured at a range of different temperatures and times, for example, if you left a coated product at room temperature of around 68°F it would air dry in around 72 hours, conversely force curing in an oven can take just 15 minutes. As a general rule we do not recommend air drying because you cannot be sure it's been left long enough to fully dry without touching it to check, which can easily lead to finger marks on the surface which can ruin your product .Here are some examples of elevated curing mix and match times, these will always depend on the efficiency of your oven, and what type of substrate you have coated. Here are some guidelines to consider 390°F for 15 mins is great for ceramic tiles and hard substrates that can take the heat 300°F for 20 mins is great for wood where you don't want to end up warping the product with heat 210°F for 90 mins is great for products that could melt or distort under too much heat If after curing the product you find it is not fully ready to sublimate, it will still continue to cure at room temperature until it is ready. What type of oven can I use? A. You can use a standard kitchen oven, although we would recommend using a dedicated oven for curing; we would certainly not recommend cooking food in an oven straight after curing. If you are making small products you can buy inexpensive pizza type ovens from as little as $30.00, just like the one below. What coverage can I expect from a can of Subli Glaze Clear sublimation Coating? A. On average 2-3 square yards. However, there are a lot of variables to take into account such as how many layers are applied, how even the layers of spray applied are, how absorbent the surface is etc. What type of spray gun should I use to apply Subli Glaze Industrial sublimation Coatings? A. You can use either a gravity feed, or a suction air assisted spray gun with a nozzle size of 1.4mm - 1.8mm. To get an even coat you should spray at around 40-50psi. Here are details of the Clarke PGF14 spray gun it is gravity fed, simple to set up and prices start at around $40.00. What type of wood can I coat with Subli Glaze sublimation coating? A. There are many different types of wood to choose from. The thing to be aware of is to make sure the wood you are coating does not contain any moisture because when you force cure the coating or press the wood under heat, the moisture will turn to steam and delaminate the coating and image poorly. If you think the wood may contain moisture dry the wood slowly first in an oven at a low temperature before pressing. Can I coat mugs with Subli Glaze sublimation coating ? A. Yes. However, you should consider that a mug is cylindrical and as such you must hold the spray can at the right distance whilst turning the mug at the same time. It is a job more suited to a professional. Can I coat Cotton t-shirts with Subli Glaze sublimation coating ? A. Yes. Subli Glaze can be used on cotton but be aware that all sublimation transfers to cotton will appear somewhat muted in color when compared to sublimation to a polyester material. To use on cotton please follow these instructions 1.Spray the area of the t-shirt you wish to image with Subli Glaze Clear sublimation Coating 2.Place the t-shirt under the platen of the heat press set at 390°F for 1 minute to dry the coating; Important: do not close the lid of the press, keep it 25mm from the surface of the shirt.3.Once dry place the sublimation transfer on the t-shirt and sublimate at 350°F for 50 seconds with a Teflon sheet over the top of the transfer paper. The result is a transfer that does quite well in the wash tests we have done, it will feel a little stiff at first but after the first wash its nice and soft. Top tip. Cut out a cardboard template the size of the image you wish to sublimate, and spray only this area on the t-shirt, this will ensure you do not waste coating on areas you do not intend to sublimate Subli Glaze UV Protection Coating Q.What extended life will Subli Glaze UV Protection Coating give my printed products? A.This is difficult to answer because there are so many variables, however, below is the testing data results from the laboratory; we apologies for the technical nature of the information, and we have summarized in plain English after there port. Summary of Subli Glaze UV Protection Systems. By way of a background information, Ultra Violet (UV) radiation consists of three distinct bands: 1.UVA 2.UVB 3.UVC Please note: UVC radiation cannot penetrate the Earth's atmosphere, therefore Subli Glaze only needs to protect against UVA and UVB radiation. UVA has the higher wavelength (lies between 315nm to 380nm), and UVB has the lower wavelength (lies between 280nm to 315nm). By definition, the lower the wavelength the higher its energy, consequently the more destructive the radiation is. Conclusively, UVB radiation is far more destructive than UVA radiation. E = ch/E - energy - wavelength c - speed of light h - Planck's constant Introduction Glass panels were coated with varying dry film thicknesses of Subli Glaze UV Protection Coating and were then tested for their ability to block out UV radiation. The tests were done using varying thicknesses of 16, 23, 32, and 37 microns of coating Under normal circumstances, Subli Glaze UV coating would be applied by spray to achieve a dry film thickness of 30-40 microns. Summary of Results The graph below, clearly shows that all the higher energy UVB radiation falling in the wavelength range of 280nm to 310nm is totally blocked (Absorption > 3.0) at dry film thicknesses above 23 microns, and that the lower energy UVB radiation (310-315nm) is totally blocked at dry film thicknesses above 32 microns. Regarding the lower energy, less destructive UVA radiation, this is partially blocked at all dry film thicknesses, but the most desirable results are achieved at the higher film builds. At the chosen wavelength of 345nm, the coating at DFT of 23 microns blocks out 98.852% of the UVA radiation. The amount of blocking increases as the DFT is increased. At a DFT of 37 microns 99.838% of the UVA radiation is blocked out. The graph below shows the relationship between dry film weight and UVA radiation transmitted through the coating at a wavelength mid-way through the UVA spectrum (345nm). In plain English The tests demonstrate if you apply a dry film thickness of 23 microns to your product you will block out 98% of UVA Radiation which will prolong the life of your product when measured against an untreated product. Show more