Your shopping cart is empty.
FILM PROCESSING: 35mm, 120, 220, 4x5, 8x10
Black & White Film Processing
Tri-Color sets strict standards for the finest quality archival film processing.
After exposure, the first step in obtaining fine print quality is
accurately processed negatives.
All traditional B&W negatives are processed by hand.
Processing time and temperatures are adjusted according to
each specific type of film.
| Processing Only | |
|---|---|
| Film Size | Cost |
| 135 | $8.00 |
| 120 | $8.00 |
| 220 | $9.50 |
| 4X5 | $5.00 |
| 8X10 | $10.00 |
Color Film Processing
We no longer process color film, or slides.
Trusted Art Seller
This presence of this badge signifies that this business has officially registered with the Art Storefronts Organization and has an established track record of selling art.
It also means that buyers can trust that they are buying from a legitimate business. Art sellers that conduct fraudulent activity or that receive numerous complaints from buyers will have this badge revoked. If you would like to file a complaint about this seller, please do so here.
Verified Secure Website with Safe Checkout
This website provides a secure checkout with SSL encryption.
Verified Archival Materials Used
The Art Storefronts Organization has verified that this Art Seller has published information about the archival materials used to create their products in an effort to provide transparency to buyers.
Description from Merchant:
Our fine art printing process uses pigment based inks. Pigment printing processes have been utilized since the middle of the 19th century. The image stability of pigment printing is superior to that of any other method of printing. Pigment inks excel in permanence. A dye is molecularly soluble in its vehicle, but pigment is not. Pigment particles tend to be large enough to embed into the receiving substrate making them water-resistant. The particle nature of pigment inks ensures their archival superiority. A particle of pigment is less susceptible to destructive environmental elements than a dye molecule.