![]() Manufacturers and distributors will provide information on these factors in regards to your material when requested. Skive lengths can range from 15-178mm, cooking temperatures range from 65-110☌, and cook times range from 4 minutes (for tapes) all the way to 40 minutes. Differences in covers cause the type the binders, cooking temperatures, cook times, and skive lengths to be different. With that being said, this process can take up to an hour and a half and is generally a longer process than skive splicing.Įvery skive is different depending on the belt cover type. Finger splicing requires enough time for the belt to go up to temperature and then come back down. These fingers are then inserted into a press that can be pre-programmed for specific temperatures and times. The fingers can be cut with a single action cutter (examples of nitta and habasit cutters for finger splices). The benefits of this kind of splice is that it does not require any adhesive or previous training to do the splice. They are then inserted into each other and “cooked” to where the belt is connected. Finger Splicingįinger splicing is done by cutting identical fingers on each end of the belt. Additionally, any splice can be reinforced with stitching. Nylon, CURED rubber, and leather are three materials that will burn (instead of melt) and require a skive splice. Polyester fabric, PVC, and tempered polyurethane are great examples of materials that can be remelted. To be able to finger splice something the material needs to have the ability to be remelted. When it comes to splicing, what kind of splice that is done all depends on the material that is being used. No one wants lacing to break off into their food. One last example is in the food industry. Another example, in the printing industry, is that you need a smooth surface so that the belt does not catch the paper. The lacing will always be the weakest point on the belt. The biggest reason is that a spliced belt is stronger and has less of a chance of failure. ![]() Splicing is the process of connecting the ends of the belts to make the belt “endless.” A belt being endless is important for several reasons. In this article, we are going to discuss the differences between the kinds of splices. There are two ways to connect the ends of a belt lacing and splicing. ![]()
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