1. It will cause the pressure between the high temperature resistant stainless steel plate and the machine to increase, which will increase the degree of wear.
2, high temperature resistant stainless steel plate is not conducive to normal protection and protection.
3. The high temperature resistant stainless steel plate will be deformed, which will affect the quality of the product.
In normal use, there are several types of situations in which the stainless steel chain plates are tight:
1, high temperature resistant stainless steel plate does not know how to fix common sense, I do not know how to dispatch is accurate, the effect of the stainless steel chain plate is tightened.
2, do not know the harm, rarely do the usual protection, in order to map the lazy and effortless, directly tighten the chain plate, it will save energy. Scale of use of stainless steel chain plates: It is often used in the transportation of glass products, food processing, dehydrated vegetables and frozen foods.

Theoretical calculation formula for high temperature resistant stainless steel plate:

High temperature resistant stainless steel coil: overweight component ÷ 厚 thickness (practical thickness) × theoretical thickness = weight

Coil open plate: length, width × width × thickness × density = weight

High temperature resistant stainless steel plate price: flat price = (volume weight * shopping mall base price - edge wire amount + opening fee) / open flat weight

Medium plate: length × width × theoretical thickness × density = weight

High temperature resistant stainless steel sheet roll length: practice component ÷ width ÷ thickness (parameter thickness) ÷ density = roll length

Practice thickness of the roll: trimming roll = roll weight ÷ width ÷ roll long ÷ density

High temperature resistant stainless steel sheet burr = (volume weight - edge weight) ÷ width ÷ length ÷ density
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