Stainless Steel Twilled Weave Mesh
Twilled weave means Wire Cloth in which
each warp wire and each shute wire passes successively over and under
the two adjacent wires -- in both the warp and shute directions. This
over and under movement is shifted one wire with each pass of the
shuttle. This pattern permits the weaving of heavier wires in varying
meshes.
Materials:SS 302, SS 304, SS 304L, SS 316, SS 316L, SS 321 and SS 430 etc.
Features
Stainless steel twilled weave wire
mesh have the features of wear resistance, heat-resisting,
acid-resisting, alkali resisting, durable structure, and corrosion
resistance.
Meantime stainless steel woven mesh also have high temperature resistance, good electric conductivity and washing resistance.
Application:
Stainless steel woven wire mesh is widly
used in mining, petroleum, chemical industry, food industry ,
pharmaceutical industry and sifting and screening mesh in chemical and
chemical fiber industry.
Roll Width: 36", 40", 48", 60"
Roll Length: 25Ft, 50Ft and 100Ft
Stainless Steel Twilled Weave Mesh,Dutch Twilled Weave Mesh,Stainless Steel Wire Rope Mesh,Twill Stainless Steel Wire Mesh ANPING KINDELONG WIRE MESH CO.,LTD. , https://www.apkdlwiremesh.com
Weighing instruments are the most widely used measuring instruments in people's lives. People use them to measure the weight or quality of objects. In physics, mass, length, and time are three basic physical quantities. The concept of "quality" was introduced by Newton as a "physical quantity" around 1700 as a classical mechanics, used to describe the "inertia" of objects in motion, and our senses cannot directly sense quality. But as early as two or three thousand years BC, people knew the principle of lever balance, that is, using a simple arm balance to measure the weight or mass of the object. Today's various weighing instruments are also measuring instruments that measure the quality of objects. The weight is an calibrator for quality measurement, and it passes the standard mass of the contracted kilogram reference weight to various weighing instruments to unify the mass value.
Most types of weighing instruments can be calibrated using weights. For weighing instruments that cannot be calibrated directly with weights, such as automatic scales such as belt scales, indirect methods are also required to enable the calibration value to be traced back to the kilogram reference weight. The weighing value of the calibrated instrument can be traced back to the kilogram reference weight, which is the basic element of the instrument calibration. Another basic element of instrument calibration is that the method and procedure for calibration should be consistent with the actual weighing process of the instrument. That is to meet the principle of "accuracy, consistency, and correct use" of our measurement. As for temperature, humidity and other factors and interference factors, it is based on the environmental conditions used by the instrument.
For the verification of large scales, several tons to several tens of tons of weights are required. Both the user and the measurement department at the grass-roots level often do not meet the requirements of the statutory check quantity. On the other hand, it is also a common problem for users to send these weights to the measurement department on a regular basis. This is a laborious, time consuming and costly matter. The use of weight comparators (high-precision large scales) to verify large weights by comparison with high-precision weights has been recognized by everyone, so conditional users can use this method to verify the weight used, and even The purchase device is self-certified, and it is only required to periodically send the device to the metrology department for verification.
What are the basic requirements for industrial scale calibration?
In recent years, foreign non-mandatory management instruments, that is, instruments used in the production process, use digital systems to achieve calibration without weights. Another method is to use the function of the display to amplify the weighing display value when the display is calibrated. For example, the PR1720 Fieldbus Transmitter has this function, which can amplify the resolution of the indication by 100 to improve the accuracy of the calibration point of the weight. , can reduce the number of calibration weights. These two methods are effective for some well-designed scales, such as bucket scales, tank scales, and a large number of process scales used in steel and metallurgical industries.