1/19/2023 0 Comments C 41 developingAfter allowing the solutions to heat up, check the temp of the water bath with your thermometer.Load your film while you are waiting (next step). Fill the sink with 110 F (43 C) water and let sit for about 15~20 minutes. Take your working strength solutions of a black and white developer, color developer, and blix and put them in a sink or tub.Mix your solutions (both C-41 and Black and White developer) according to the instructions on the packaging to make working strength solutions.For this E-6(-) procedure, the temp of the developers and blix is 102 degrees Fahrenheit or 39 degrees Celsius. If you are like me, your chemicals are stored at room temperature and have to be heated up to operating temperature. Other chrome films can come out nearly normal colors with little to no color correction necessary so your results may vary.in fact they probably will vary! That is half the fun. The example here is Kodak Elite Chrome which ends up with a blue cast as the final product. Note on film: Different film types react differently to this process. Access to an area with hot and cold running water.B&W film developer mixed as per instructions (Xtol used in this case, but any should work).C-41 developing kit with solutions mixed as per the instructions.Slide film (usually marked E-6 processing).The "software" is any C-41 developing kit and any black and white developer. If you are use to home processing film, you probably already have all the hardware you require for E-6(-). This special E-6(-) process will yield a positive image just like E-6 processing. Processing slide film as black and white will yield a black and white negative. It results in garish, oversaturated, high contrast and other worldly negative images. This is a popular thing to do in fashion, artistic and hipster communities. Yes with an "and" or no with a "but." Full cross processing of slide film is just processing slide film as C-41. The rest can be tweaked in the image manipulation software of your choice. I've found that the "auto color correction" feature fixes 90% of the images. Although the cast would definitely be noticeable if you were projecting the slides, the image can easily be corrected when scanning the slides. Since this process simulates the E-6 process with less expensive chemicals, the sharpness and saturation of the film will be there, but the image will have a definite cast (a uniform color shift). What will be the results of this "special" E-6(-) process? This technique meets my very stringent standard of "good enough." I wanted to find a cheap way to produce the funky results I value. My personal reason for pursuing this technique is that I have a bunch of very out of date slide film that will not perform that well even with proper E-6 processing. C-41 is far more available and can be found in nearly all places around the world.Ĥ. E-6 processing is becoming increasingly difficult to source. Although the E-6 chemicals are getting better, they still do not have the staying power of C-41 chemicals when stored.ģ. For home developers, the E-6 chemicals have a shorter shelf life than C-41 onced mixed to working dilutions. The Tetenal C-41 Color Negative Processing Kit - 1 Liter costs $50 and will process the same number of rolls.Ģ. For example from Freestyle Photo, the Tetenal Colortec E-6 Kit - 1 Liter is $70 and will develop 12, 36 exposure rolls of film. C-41 chemicals are usually less expensive than E6 chemicals. Why would I want to develop my slide film this E-6(-) way?ġ. Home developers can buy kits that can have as many steps as six however some of the steps can be combined to make it at least as simple as standard C-41 development. The process is one of the more complex chemical development regimes now that the K-14 (Kodachrome) process is a thing of the past. Slide film is normally sent out to labs where the film is processed by a chemical process that is known as E-6. That use has long been supplanted by online photo slide shows, but the film has been kept around due to its remarkable sharpness and clarity. These "slides" are then used to bore teenagers in home slide shows of weddings and vacations from years gone by. The end result is that the film becomes the final positive image and is usually mounted in cardboard slide mounts. Slide film is also called positive, chrome or transparency film.
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