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Chroma has a bold solid surface saturated with luminous color. This monolithic material is ideal for horizontal applications while being engineered to be resurfaced and re-coloured again and again. As it has the advantage of preventing the material from entering the waste stream. It can be with captivating color and then shed some light on it. Brilliant Chroma radiates like a colored jewel when lit, opening up new design possibilities. These solid surfaces are saturated with patented color infusion technology; they can be completely reprocessed at end-of-life, and enjoyed over and over again. Chroma can be made with most tools such as machining plastics, wood or metal. In general, the highest speed at which overheating of the tool or sheet does not occur will give the best results. It is important to keep cutting tools sharp at all times.The completion and installation of applications from this product can be offered for all of you. Chroma may contain secondary fabrication operations including cutting, drilling or bonding. This publication covers the properties and characteristics of Chroma that need to be taken into account if secondary operations are to be performed successfully. This material can protect the sheet to minimize vibration. Since engineered resins are poor heat conductors, the heat generated by machining operations must be absorbed by the tool.Or the resins can be carried away by a coolant. A jet of air directed on the cutting edge will help cool the tool and remove chips. Such method can reduce heat that you can make several passes while cutting or trimming the part rather than trimming through the part. The applications of Chroma may involve secondary fabrication operations including cutting, drilling or bonding. This publication can cover the properties. It’s suggested that the hard, wear-resistant tools with greater cutting clearances are better than those used for cutting metal. High-speed or carbide-tipped tools are efficient for long runs. Also these tools can provide accuracy and uniformity of finish. It’s good to bring the blade to full speed before starting the cut. Chroma can be machined with standard high-speed milling cutters for metal. Unless they have sharp edges and adequate clearance at the heel. Remove most of the material with the first pass and then run a final pass against the blade.It does not need to use climb cutting, as this will fracture the Chroma. It’s solid and sturdy for a variety of horizontal or vertical applications.The surface can be renewed after years of use.In addition,it can be thick and stable for engineered load bearing applications.This kind of material has amazing clarity for unrivaled light transmission. Resource From: Chroma and Koda XT
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