Kolorfusion International Inc
OTC:KOLR
Decide at what price you'd be comfortable buying and we'll help you stay ready.
|
Kolorfusion International Inc
OTC:KOLR
|
US |
|
N
|
Narrowstep Inc
OTC:NRWS
|
US |
Kolorfusion International Inc
Kolorfusion International, Inc. is engaged in the development and marketing of patented system for transferring colors and patterns into coatings. The company is headquartered in Denver, Colorado and currently employs 9 full-time employees. The company went IPO on 2000-03-09. The firm licenses its process to product manufacturers and provides decoration services to non-licensees. The firm's Kolorfusion process is a decoration system for products of virtually any shape and size. The process transfers any image into the coating of a coated part or directly into a plastic part. The Kolorfusion process is based upon an ink/dye transfer process called dye sublimation. The dyes when heated will vaporize and, if next to a suitable polymer substrate, such as coatings or plastic, the dyes become part of the adjacent substrate. Accordingly, the substrate must be able to withstand a minimum temperature of approximately 300 degree Fahrenheit.
Kolorfusion International, Inc. is engaged in the development and marketing of patented system for transferring colors and patterns into coatings. The company is headquartered in Denver, Colorado and currently employs 9 full-time employees. The company went IPO on 2000-03-09. The firm licenses its process to product manufacturers and provides decoration services to non-licensees. The firm's Kolorfusion process is a decoration system for products of virtually any shape and size. The process transfers any image into the coating of a coated part or directly into a plastic part. The Kolorfusion process is based upon an ink/dye transfer process called dye sublimation. The dyes when heated will vaporize and, if next to a suitable polymer substrate, such as coatings or plastic, the dyes become part of the adjacent substrate. Accordingly, the substrate must be able to withstand a minimum temperature of approximately 300 degree Fahrenheit.
