DIGITEX

 

DG Rubber - Printable Heat Transfer Media


DG Rubber is the next generation of PU heat transfer media invented by DIGITEX. It is seasoned with patented recipe to provide exclusive ability to stretch. It is developed to create excellent graphics by solvent-based inkjet printers. Applicable to 100% cotton, cotton blend, silk, linens, canvas, nylon, Terylene etc. Suitable for decoration on promotional T-shirts, sportswear, swimwear and work wear.

Stretchable Patented Rubber
  • Made by patented formulation in polyurethane
  • Offers exclusive stretch-ability up to three times of original width
  • Soft and thin hand-feel texture
  • Suitable to use on any solvent-based inkjet printers
Exquisite Printing Quality
  • Exceptional glossy finish on graphics to showcase photo quality printing
  • Provide best quality print finish among any market options
  • Ideal for high-resolution graphics requires superior on coloration
  • Elaborates perfect printing quality in the application with DG MAX Eco-Solvent ink
Wide Media Applicability
  • Ideal for stretchable media such as sport wear, swimsuit, football and sport facilities
  • Applicable to 100% cotton or cotton blend, silk, linens, canvas, nylon, Terylene, brocade, PU etc.
  • Offer decoration on t-shirts, coats, bags, caps, towels etc.
Excellent Durability and Washing Resistance
  • Color fading resistance from washing is up to 4th grade certified by Intertek
  • Resistance from UV, scratch, chlorinated water and seawater are commercially acceptable certified by Intertek
  • Best durability is achieved in the application with DG MAX Eco-Solvent ink
Cost Effective for On-demand Production
  • Replace conventional screen-printing
  • No minimum quantity production
  • Allow modifying details in every print

Related Accessories

Compatible Inkset


 

 

Exclusive Ability to Stretch


DG Rubber is the next generation of PU heat transfer media invented by thousands of trials and tests. It is aimed to develop the best formula to leverage the ability and up ceiling the standard of general PU heat transfer media in the market. The secret formula has equipped it with special ability to stretch up to three times of its original width. This gifted ability is not only widening its application to highly stretchable fabrics on sport and swim wear such as lycra and spandex, it also enhances the durability of printed graphics against cracks and deformation after washing.

Exclusive Glamorous Shinnying Printing Finish


DG Rubber is revolutionized from general PU heat transfer media for all rounded improvement. Its secret formula has brought PU heat transfer media to the next level in printed quality. Traditional PU is usually in matt finish after printing which unavoidably diminish and deviate the colors from the original design. DG Rubber provides a shinnying coated finish on the printed graphic. It dramatically enhances the graduation and vibrancy of colors to provide AS-GOOD-AS photo image quality.

Step-by-step Demonstration - Application on T-shirt

SCENORIO 1: Graphics with fine details

1. Create Your Own Design Using your graphics software to create your own design.
2. Print the Image Print out your design onto DG Rubber film by solvent/eco solvent printers.
3. Laminate Fine Cut Film Laminate fine cut film onto the printed graphic by laminator.
*Ensure fine details area to be cut exquisitely.
4. Cut the graphic Cut out the printed graphic by cutting plotter.
PLOTTER SETTING
Speed: 10 - 30
Press: 40 - 50
Offset: 0.3
5. Weed Weed away unwanted parts.
6. Laminate Heat Press Film Laminate heat press film onto the printed graphics by laminator.
7. Preheat the Garment (Optional) Press garment for 3-5 seconds to remove moisture and chemical treatment from transfer area.
8. Position on Garmen Peel off back film (adhesive paper) from DG Rubber film.
After preheating garment, position the printed graphic onto garment.
9. Heat Transfer Apply heat evenly onto the printed graphic through heat press film.
HEAT PRESS SETTING
Temperature: 150°C
Pressure: 500g/cm2
Time: 10 - 15 seconds
10. Remove the Film Remove heat press film from clothes after the transferred graphic has enough cooled down.
*Cutting film will be lifted up together with heat press film.

SCENORIO 2: Regular graphics

1. Create Your Own Design Using your graphics software to create your own design.
2. Print the Image Print out your design onto DG Rubber film by solvent/eco solvent printers.
3. Cut the graphic Cut out the printed graphic by cutting plotter.
PLOTTER SETTING
Speed: 10 - 30
Press: 40 - 50
Offset: 0.3
4. Weed Weed away unwanted parts.
5. Laminate Heat Press Film Laminate heat press film onto the printed graphics by laminator.
6. Preheat the Garment (Optional) Press garment for 3-5 seconds to remove moisture and chemical treatment from transfer area.
7. Position on Garmen Peel off back film (adhesive paper) from DG Rubber film.
After preheating garment, position the printed graphic onto garment.
8. Heat Transfer Apply heat evenly onto the printed graphic through heat press film.
HEAT PRESS SETTING
Temperature: 150°C
Pressure: 500g/cm2
Time: 10 - 15 seconds
9. Remove the film Remove heat press film from clothes after the transferred graphic has enough cooled down.
*Cutting film will be lifted up together with heat press film.

Description

0.75m x 30m/roll (W*L)

Inkset

Solvent or eco-sol pigment ink

Applicable Media

100% Cotton, Cotton Blend, Silk, Linens, Canvas, Nylon, Terylene, Brocadem PU etc.

Product Range

Rubber Light and Dark

Compatible Equipment

Printers Mimaki JV33, Roland RS etc.
Cutter Mimaki 60SR, Roland GX pro etc.
Printer & Cutter Mimaki CJV, Roland SP etc.

Washing and Care Instructions

  1. Keep DG Rubber at room temperature and a relative humidity of 50% before printing.
  2. Shelf life is 2 years when stored at 15 to 25°C and ± 50 % relative humidity (in the original packaging).
  3. Do not leave it exposed to the sun.
  4. The product is machine washable 40°C. Wash inside out.
  5. Do not use bleach or harsh detergent.
  6. Test a sample print first as some printers can achieve lower abrasion resistance.
  7. Ensure that the printer is set up correctly.
  8. Ensure the correct heater settings are used.
  9. Ensure face film is free from dust and dirt.