【Q&A】Catalytic Coking Reformate Blending Edition 20171013
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Participation: Reward of 3~5 wealth points； Correct answer: Reward of 10 wealth points ； Note: This post is valid for 48 hours. Question: What is the impact of the bottom hole diameter on the tap? Answer: If the diameter of the bottom hole is the same as that of the internal thread, the tap will get stuck as the material expands, and in such cases the tap is prone to breaking ； If it is too large, the height of the thread profile formed will be insufficient, resulting in defective products. Use your fingers to get involved – our ultimate goal is for everyone to acquire knowledge. http://bbs.hcbbs.com/static/image/hrline/1.gif http://bbs.hcbbs.com/static/image/hrline/2.gif The answers will be announced automatically in two days. Petrochemical Zone—“Creative Ideas for Energy Saving” event (the second phase is currently in full swing). http://bbs.hcbbs.com/thread-1666758-1-1.html [Daily Question] Summary post for 2017 on the catalytic coking and reforming oil blending topic. http://bbs.hcbbs.com/thread-1811219-1-1.html [Q&A] Summary post for 2017 on the catalytic coking and reforming oil blending topic. http://bbs.hcbbs.com/thread-1826018-1-1.html
If the diameter of the bottom hole is equal to the diameter of the internal thread, the tap will get stuck as the material expands, which can lead to the tap breaking. If the diameter is too large, the height of the threads formed will be insufficient, resulting in defective products.
If the diameter of the bottom hole is the same as that of the internal thread, the tap will get stuck as the material expands, and in such cases the tap is prone to breaking； If it is too large, the height of the thread profile formed will be insufficient, resulting in defective products.
If the diameter of the bottom hole is equal to the diameter of the internal thread, the tap will get stuck as the material expands, which can lead to the tap breaking. If the diameter is too large, the height of the threads formed will be insufficient, resulting in defective products.
If the diameter of the bottom hole is the same as that of the internal thread, the tap will get stuck as the material expands, and in such cases the tap is prone to breaking； If it is too large, the height of the thread profile formed will be insufficient, resulting in defective products. This answer was recommended by the questioner
If the diameter of the bottom hole is the same as that of the internal thread, the tap will get stuck as the material expands, and in such cases the tap is prone to breaking； If it is too large, the height of the thread profile formed will be insufficient, resulting in defective products.
If the diameter of the bottom hole is the same as that of the internal thread, the tap will get stuck as the material expands, and in such cases the tap is prone to breaking； If it is too large, the height of the thread profile formed will be insufficient, resulting in defective products
If the diameter of the bottom hole is the same as that of the internal thread, the tap will get stuck as the material expands, and in such cases the tap is prone to breaking； If it is too large, the height of the thread profile formed will be insufficient, resulting in defective products.
If the diameter of the bottom hole is the same as that of the internal thread, the tap will get stuck as the material expands, and this can cause the tap to break. If the diameter is too large, the height of the threads formed will be insufficient, resulting in defective products
If the diameter of the bottom hole is the same as that of the internal thread, the tap will get stuck as the material expands, and this can cause the tap to break. If the diameter is too large, the height of the threads formed will be insufficient, resulting in defective products
If the diameter of the bottom hole is the same as that of the internal thread, the tap will get stuck as the material expands, and this can cause the tap to break. If the diameter is too large, the height of the threads formed will be insufficient, resulting in defective products