![\"thinca_img\"](\"https:\/\/ci3.googleusercontent.com\/meips\/ADKq_NYE9fAK9KPJxOAmKLT1hOrXnPB2wjnpTXQ1MqZFwHe6cgVz5bZRfy81MKcCSrwDjjzsN5vlPqNKGKN4BaMZs_dSsmDudczDHSWGIiaNMfZo=s0-d-e1-ft#https:\/\/contents.bownow.jp\/images\/sid_b07c870563949990686a\")
<\/a><\/p>\nOrdinary screws and bolts below the screw head often have a “non-threaded part” (the part without a threaded tip). The purpose of this part is because it is related to the mold when processing and manufacturing. But there is also an important physical point: there is no thread all the way to the screw root, which means that the bottom part of the screw head will be stuck to the object material.<\/p>\n
2. What makes Thinca special?<\/h4>\n
This is a functional tapping screw with a very special and beautiful slanted thread.<\/p>\n
\u2192 Thread structure is difficult to cause slipping<\/strong> \u2192 Thread pitch and Thread angle help improve operability<\/strong> \u2192 Reduce many costs<\/strong> \u30fbTapping fastening (self-drilling) on thin steel plates with a thickness of about 0.3t to 0.8t With the above application examples and more, the Thinca Screw demonstrates its functionality when tightening into thin steel plates and has a threaded structure that prevents screw slippage when tightening into sheets of material with a thickness of 0.3 to 0.8t. In the sheet metal processing process, it not only helps reduce the burring process but also minimizes material waste, helping to reduce production costs!<\/p>\n \u25bcVideo about how to tighten Thinca screws for thin sheet metal<\/strong> \u25bcUse Thinca screws for thin sheet metal to improve 27% in productivity<\/strong> *Quoted from: Yamashina Co., Ltd. (Manufacturer)’s Youtube channel.<\/p>\n<\/div>\n<\/div>\n<\/div>\n<\/div>\n<\/div>\n<\/div>\n<\/div>\n<\/div>\n<\/div>\n<\/div>\n<\/div>\n<\/div>\n The most prominent feature in the structure of the Thinca screw is that the top of the screw has 2 threaded tips and\u00a0 then 4 consecutive threaded tips extending to the end of the screw neck. \u203bRelated Product”Usuka” *Quoted from: Yamashina Co., Ltd. (Manufacturer) Website<\/p>\n Thinca is a standardized product, only a few specific sizes are considered standard. Please consider the following material and size options when designing, as they represent the standard sizes.\u3002<\/p>\n \u25bcThinca\uff08Truss)<\/strong> Material: Stainless Steel \u25bcThinca SD (Truss \u2190 Two-thread at the tip, Two-thread at the base)<\/strong> For inquiries regarding samples or materials, please respond to this email or contact our sales representative!<\/strong><\/span><\/p>\n At Ohta Vietnam, we not only provide ready-made products such as screws and bolts, but also support activities in the manufacturing field such as cutting, inspection, assembly, packaging…
\nThinca screws have a thread shape that is a 2-peak thread (2 consecutive thread peaks) at the top and a 4-peak thread (4 consecutive thread peaks) extending to the end of the screw neck. The 2-point thread at the top of the screw is shot into the bottom hole of the thin material plate to stabilize the screw, while the 4-point thread part will tighten the thread at 4 points into the thin material plate right up to the screw neck. When using extremely high tightening force, it will help tightly connect the screw and material plate.<\/p>\n
\nWith the effect of a large lead angle, screws can be tightened in about half the time compared to traditional products. This contributes to making work easier and improving productivity.<\/p>\n
\nBecause there is no smooth rotation, waste material removal is minimized. In addition, because there is no need for additional burring processing, it helps reduce processing costs and material storage costs. Screw tightening time is reduced, helping to increase productivity.<\/p>\n3. Application of Thinca screws<\/h4>\n
\n\u30fbUse when you want to skip the burring process
\n\u30fbPrevents screw slippage when tightening into thin material plates<\/p>\n
\nVideo is here >>
\nhttps:\/\/youtu.be\/aZ5RTKHe3KA?list=TLGGskqZy-BebQoyODExMjAyMw<\/a><\/p>\n
\nVideo is here >>
\nhttps:\/\/youtu.be\/YupmIbisBp8?list=TLGGMNufTXHsK2oyODExMjAyMw<\/a><\/p>\nAbout Thinca Specifications<\/h3>\n
1. Thinca Screw Structure<\/h4>\n
\nWith a 4-point thread, there will be 4 points tightened into the target product when the screw is fully tightened, this makes it possible to tighten the screw at high torque. In addition, the double-peaked thread also makes screw tightening time quick, which makes Thinca especially effective when used in connecting thin metal sheets.<\/p>\n![\"thinca_img\"](\"https:\/\/ci3.googleusercontent.com\/meips\/ADKq_NZuazU-9iJMqRw4caRIwtm8TbBbwJiUeV5VXJ3B7ffn4O4_FuXfBfBL5Y_Z4gA-VKBJjB_zCqF1TQ1br9oMTetPzzNd28fyuh9Hur_BWe9R=s0-d-e1-ft#https:\/\/contents.bownow.jp\/images\/sid_b7c080a67737e5a7c79a\")
\nhttps:\/\/www.kk-yamashina.co.jp\/product\/usuka.html<\/a><\/p>\n2. Material and Size Range<\/h4>\n
\nMaterial: Iron
\nSurface Treatment: Trivalent Chromate
\nHead Shape: (+) Truss Head
\nSizes: Nominal 4x8L, Nominal 4x10L (2 sizes)<\/p>\n
\nHead Shape: (+) Truss Head
\nSize: Nominal 4x8L (1 size only)<\/p>\n
\nMaterial: Iron
\nSurface Treatment: Trivalent Chromate
\nHead Shape: (+) Truss Head
\nSize: Nominal 4x10L (1 size only)<\/p>\nConclusion<\/h3>\n
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\nOur equipment list is here<\/a><\/strong><\/p>\n