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UV Printable
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Latex Printable
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Fire Retardant *Optional (B1, M1, EN 13501, NFPA 701)
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Cold Cut
The product is our one of Best Seller Backlit Fabric which is called Ferrari and it is code is KS 044. It is woven fabric and made of %100 Polyester yarn for light weight solution. The coating side allows the light to be distributed evenly and it gives superior printed results on the fabric. It is suitable for UV and Latex printing. The weight of Ferrari is (125 gr sqm) and its maximum width is (310 cm).
Article- No KS 044 - FERRARI
Application Backlit / Lightbox
Printable InkTreatment applied for Latex, Uv-Curable
Material 100 % Polyester
Standart Sizes310 cm. (122") x 50 mt. (54yrd.)
Weight 125 ( g/m2 )+- 5(gr) (4,4 oz)
Finishing Digital Coating
Packaging 3" paper core, wrapped with stretch film + put in a cardboard box or tubes
The front face of the fabric is coated to enable to have vivid colors and good printing quality with LATEX & UV inks. (Test printing is suggested before the printing job.)
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Latex Printable
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UV Printable
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Solvent Printable
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Fire Retardant *Optional (B1, M1, EN 13501, NFPA 701)
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Cold Cut
Item Successfully Added to Cart
-
Cold Cut
-
Fire Retardant *Optional (B1, M1, EN 13501, NFPA 701)
-
UV Printable
-
Latex Printable
Item Successfully Added to Cart
-
Latex Printable
-
UV Printable
-
Fire Retardant *Optional (B1, M1, EN 13501, NFPA 701)
-
Cold Cut
Item Successfully Added to Cart
-
Cold Cut
-
Solvent Printable
-
UV Printable
-
Latex Printable
Item Successfully Added to Cart
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Implementation
Material
Sustainable and Environmentally Friendly Recycled Textiles
As Soletex, we are aware of our responsibility to nature. As a result, we strive for the highest possible environmental standards, as well as the highest possible quality.
That is why Soletex offers a full range of its products, which includes textiles made from 100% recycled yarn.
Recycled polyester gives a second life to a material that is not biodegradable and would otherwise go to landfill or the ocean.
Thanks to this innovative recycling process, we save more energy than traditional production, while at the same time supporting the reduction of greenhouse gas emissions. In this way, we contribute to the construction of a sustainable future in the long term while supporting recycling with a circular economy.
