Nylon Internal Flat Slide and Slug ABA-258_ustrong 3d-print

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Quality 3D Model Nylon Internal Flat Slide If you're looking for a way to make raising and lowering your sail easy, you may need to install grommets or slides on your sail. These small but powerful components allow the sail to easily move inside the track and fold onto the mast shaft in recesses. This not only prevents the sail from being caught by the wind and exiting the lower part of the mast recess, but also reduces sail wear. This option includes external sail hanks, internal sail slides, and snails to help you complete your project. Snails are small barrels often made of nylon that are attached in front of the bolt rope and then inserted into the mast recess instead of a rope. Slides are similar, but have a small T-shaped design making them easier to install in the mast slot. External slides are attached to the track outside the mast. Note that if you need to replace parts, but cannot find suitable replacements, you must replace all components. This is because your sail will not function properly if there is different space between equipment and sail. Choosing the right pulley and slide comes down to size and personal preference. When determining sizes, the main goal is for your snails and slide items to fit perfectly into the grot hole on your boat. After determining the correct size, you can choose styles that will help increase sail performance. For example, if your sail has full tracks, you need to select a style that helps distribute track pressure to prevent jamming. Use in printing TiTi Hard (TPU D70) Total PA GF30 NYLON 12, NYLON Carbon, NYLON Carbon 2 WARNING ------------- NEYLON ----------------------------------- ------------- Keep nylon dry (drying of the nylon thread - simply place the spool in an oven at around 60°C for 5-6 hours. Of course, watch). The melting point of nylon should be above 240-260°C . The working surface must be heated to approximately 100+°C. It is recommended even 100°C and more, as nylon is sensitive to rapid cooling, which causes it to deform. To help grasp metal or glass work surfaces, use glue Make sure the layer cooling fans are turned off, and the printing process is not set up. -------------------------------------------------- ---------------------- When printing, place parts on the table, look at the photos The model was made with great attention to detail. All real sizes can be seen in the photos. All can be seen in the photos. The model can be printed as a 3D model or manufactured on CNC machines. Made in space, tested during production of master models of products. This is a solid-state version for 3D printing, it's not a scanning version. On photos you can see contours of models on screens with stl or obj files, enough to understand the possibility of printing the model or manufacturing on CNC machines. You can model any other model in your size or by drawings and sketches. WARNING! This element is a DIGITAL 3D MODEL (stl * OBJ file format) for software applications ARTCAM, ASPIRE, CUT3D, Cura Any for CNC and 3D printers. Its files are for CNC machines and 3D printers. Not vector, not raster file, not G-code. You buy a digital model image file to make a product, and not the physical unit of the product from glass or wood. Only for non-commercial use.