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Kodak Module 9 specifications Construction Materials

Models: Module 9

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Construction Materials

The construction materials recommended for the developer, stop, fixer, and bleach solutions are listed in Table 9-2.All the bleaches are quite corrosive. The UL bleach is slightly more corrosive than ferricyanide bleach, but less corrosive than persulfate bleach. Titanium, Hastelloy C, and engineering plastics such as PVC are, therefore, recommended materials for persulfate bleach. Use plastics compatible with low pH solutions (less than pH 5).

Red brass is commonly found in ferricyanide bleach systems, it will quickly be dissolved by persulfate bleach and UL bleach. In addition to machine tanks, it is often found in fittings, flowmeters, heat exchangers, and valves. Small red- brass parts have been found even when the bleach tank is constructed of titanium, Hastelloy C, or PVC.

The following materials are compatible with ferricyanide or “UL,” but not acceptable with persulfate bleach.

Monel is a commonly used staple material; it is dissolved by persulfate bleach in several hours. Stainless-steel staples are recommended for extended lifetime in persulfate bleach. Standard carbon-steel staples will show some corrosion, but maintain their integrity in persulfate bleach much longer than Monel-type staples. In all cases, it is a good practice to avoid extended exposure of staples to any bleach solution.

Some plastic and elastomeric materials will be degraded by persulfate bleach. This degradation is accelerated by the presence of chlorine in the bleach. Some materials known to be degraded by persulfate bleach are low-density polyethylene, acrylonitrile, butadiene, styrene, nylon 6/6, and neoprene. All plastics and elastomeric materials (other than PVC, RTV-60, silicone, and Vitron) should be tested before being used in persulfate bleach. Most plastics, including PVC, will discolor in persulfate bleach, but retain their mechanical properties. Tygon tubing, which turns white, is an example of this effect.

For best process control, equip the holding tank for the color developer replenisher with a tight-fitting floating cover. The cover will minimize air oxidation of the solution, and absorption of carbon dioxide from the air, which would change the pH. Clearance between the cover and the tank

wall should not be greater than 1⁄ inch (6.4 mm). 4

Polyethylene sheeting of 1⁄ inch (12.7 mm) thickness makes 2

adequate covers in sizes up to 3 feet (1 metre) in diameter. A dust cover alone permits air to come in contact with the solution and will allow some air oxidation to take place. Dust covers should be used for non-developer solution to minimize dirt in the replenisher tanks.

Additional information on materials construction and information on their use are given in The SPSE Handbook of Photographic Science and Engineering, Materials of Construction for Photographic Processing Equipment section. You may also contact the Kodak Information Center at 1-800-242-2424.

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Process ECP-2E Specifications

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Kodak Module 9 specifications Construction Materials
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Module 9 specifications

The Kodak Module 9 is a significant advancement in the world of imaging technology, specifically designed for professionals and enthusiasts seeking high-quality photo prints and efficient workflow solutions. As part of the Kodak line of products, the Module 9 offers a combination of cutting-edge technology and user-friendly features that cater to a diverse range of photographic needs.

One of the standout features of the Kodak Module 9 is its exceptional image quality. Leveraging advanced color science and innovative printing technologies, it produces vibrant and accurate color reproductions, ensuring that every detail of an image is captured and presented in its true form. This is particularly beneficial for photographers who require precise color representation, such as those working in fashion, product photography, or art reproduction.

The Kodak Module 9 is built with a high-performance print engine that supports various media types and sizes. This versatility allows for printing on everything from glossy photographic paper to fine art textures, enabling users to experiment with different materials to achieve their desired aesthetic. Additionally, the device is capable of producing large format prints, making it an ideal choice for those who need expansive visuals for exhibitions or displays.

Incorporating advanced connectivity options, the Module 9 ensures a seamless integration into modern workflows. It features Wi-Fi, USB, and Ethernet connectivity, which facilitates easy printing from multiple devices, whether it’s a camera, laptop, or mobile device. This flexibility is crucial for busy professionals who require quick turnaround times without compromising on quality.

One of the defining characteristics of the Kodak Module 9 is its user-friendly interface. The intuitive touchscreen display simplifies navigation, allowing users to easily adjust settings, select print modes, and monitor printing progress. This ease of use reduces the learning curve for new users, making it accessible to a wider audience.

In terms of sustainability, Kodak has incorporated environmentally friendly practices in the Module 9’s manufacturing and operation. The device supports energy-efficient modes and uses ink cartridges designed to minimize waste, aligning with the growing emphasis on sustainability in photography.

In conclusion, the Kodak Module 9 represents a forward-thinking solution in the photography and printing landscape. With its remarkable image quality, versatile media handling, robust connectivity, and user-oriented design, it stands out as a powerful tool for professionals aiming to elevate their imaging projects while maintaining an efficient and eco-friendly workflow.