A manufacturing process of carbon fiber fishing float
A production process, carbon fiber technology, applied to fishing accessories, applications, fishing, etc., can solve problems such as undurability, cracking of parting line, cracking of floating overlapping mouth, etc., to achieve high yield, stable quality, good balance effect
Active Publication Date: 2020-06-30
涂平华
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AI Technical Summary
Problems solved by technology
[0002] At present, most fishing floats are made of balsa wood, nano, reed, peacock feather and other materials, but most of the products made of balsa wood, nano, reed, and peacock feather are not durable; currently, carbon fiber materials are being developed to make fishing floats. Biao, the existing carbon fiber material production process generally uses 0 / 90 unidirectional cloth to synthesize different angles and 1K, 3Kwoven cloth for wrapping, so that the products made will have overlapped openings of different fiber materials, so It will cause the balance of the float to be unstable, and in severe cases, the float will crack at the overlapped opening; or the material will be molded. Although there is no overlapping in this process, due to the gap between the two pieces of material The thickness will produce a parting line, even after grinding the blank, there is still the possibility of parting line cracking
Method used
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Experimental program
Comparison scheme
Effect test
Embodiment Construction
[0016] Below by embodiment the present invention is described in detail:
[0017] The manufacturing process adopted by the carbon fiber fishing float of the present invention comprises the following specific steps:
[0018] (1) Cut the foamed polyurethane material according to the body size, and form it to get the body core material;
[0019] (2) Cut out the footmark, and insert the footmark into the above-mentioned floating body core material by 12~15mm;
[0020] (3) First add acrylic microsphere particles and black dye water to epoxy resin and methyl acetate and stir together evenly, wherein the weight ratio of epoxy resin, methyl acetate, acrylic microsphere particles and black dye water is 1 : 1: 0.5: 0.25, and then brush the above solution on the polyurethane body core material inserted with the feet, and then stand at room temperature for 12 hours or bake at a constant temperature of 50°C for 2 hours to volatilize the methyl acetate;
[0021] (4) Dilute the epoxy resin...
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The invention discloses a manufacturing technology for a carbon fiber fishing float. The manufacturing technology comprises the following steps of (1) preparing floating body core material, (2) inserting a foot label into the floating body core material, (3) spraying acrylic acid microballon particles on the floating body core material, (4) immersing a carbon fiber weaving hose, (5) sleeving a hollow tube onto the immersed carbon fiber weaving hose, then placing the floating body core material coated with the acrylic acid microballon particles into the hollow tube covered with the immersed carbon fiber weaving hose, and slowly pulling the hollow tube out and tightly sleeving the carbon fiber weaving hose on the floating body core material coated with the acrylic acid microballon particles,and finishing wrapping up work, (6) heating and sizing, (7) grinding rough blanks, and (8) coating. Products produced by the technology have stable quality, great rough blank yield arte and balance degree, and free of fiber overlaps; and die combining lines can be cleaned after the rough blanks are grinded, so seamless butt can be achieved.
Description
technical field [0001] The invention relates to a manufacturing process of a fishing float, in particular to a manufacturing process of a carbon fiber fishing float. Background technique [0002] At present, most fishing floats are made of balsa wood, nano, reed, peacock feather and other materials, but most of the products made of balsa wood, nano, reed, and peacock feather are not durable; currently, carbon fiber materials are being developed to make fishing floats. Biao, the existing carbon fiber material production process generally uses 0 / 90 unidirectional cloth to synthesize different angles and 1K, 3Kwoven cloth for wrapping, so that the products made will have overlapped openings of different fiber materials, so It will cause the balance of the float to be unstable, and in severe cases, the float will crack at the overlapped opening; or the material will be molded. Although there is no overlapping in this process, due to the gap between the two pieces of material Th...
Claims
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IPC IPC(8): A01K93/00
CPCA01K93/00
Inventor 涂平华
Owner 涂平华