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Statistical measurement of the total deviation of the pitch: including the average total deviation and total dispersion of the statistical measurement of the pitch. It can be decomposed into two parts: 1 statistical measurement of single pitch deviation; 2 statistical measurement of cumulative pitch deviation. The former includes statistical measurements of individual pitch average deviations and dispersions; the latter includes statistical measurements of cumulative pitch average deviations and dispersions.

Statistical measurement of tangential total deviation: including statistical measurement of tangential integrated mean total deviation and total dispersion. It can be decomposed into two parts: 1 statistical measurement of the fundamental frequency tangential comprehensive deviation; 2 statistical measurement of the tooth frequency tangential comprehensive deviation. The former includes statistical measurement of the fundamental tangential integrated mean deviation and dispersion; the latter includes statistical measurement of the tangential tangential integrated mean deviation and dispersion.

In order to facilitate process analysis and process error (or fault) diagnosis, the following gear statistical accuracy items can be established: (9) Statistical analysis of total tooth profile deviation: including statistical analysis of the average total deviation and total dispersion of the tooth profile. It can be decomposed into two parts: 1 statistical analysis of tooth profile slope deviation; 2 statistical analysis of tooth profile shape deviation. The former includes statistical analysis of the mean deviation and dispersion of the profile gradient; the latter includes statistical analysis of the mean deviation and dispersion of the tooth profile.

Statistical analysis of total spiral deviation: including statistical analysis of the average total deviation and total dispersion of the spiral. It can be decomposed into two parts: 1 statistical analysis of the spiral slope deviation; 2 statistical analysis of the spiral shape deviation. The former includes statistical analysis of the mean deviation and dispersion of the helix slope; the latter includes statistical analysis of the mean deviation and dispersion of the spiral shape.

Gear statistical accuracy project evaluation The gear statistical measurement error item is characterized by the results obtained by statistically measuring the gear deviation measured by the gear accuracy standard. The gear statistical analysis error item is to analyze the error item measurement result by spectrum analysis and eliminate After the influence of the processing factors independent of the frequency of the error item, the statistical results are used to process the results; the gear statistical design error item is defined by the gear accuracy standard and the error permit value range specified by the accuracy level of the error item, The error tolerance values â€‹â€‹set by factors such as the specific processing method, the processing quality of the system, and the change in quality during processing are characterized.

1 represents the results that may be obtained after statistical analysis of the gears produced in a continuous sequence of a set gear machining process system. In the figure, Î”1 is the average deviation of the statistical accuracy items of one or a group of gears produced at time T1; Î´1 is the deviation of the statistical accuracy items of one or a group of gears produced at time T1; Ïƒ1 is one produced at time T1 or The deviation of the statistical accuracy of a set of gears (ie, the root mean square deviation of the deviation), when the deviation is a normal distribution: Î´1=Â±3Ïƒ1; Î”2 is the average of the statistical accuracy items of one or a group of gears produced at time T2 Deviation; Î´2 is the deviation of the statistical accuracy of one or a group of gears produced at time T2; Ïƒ2 is the deviation of the statistical accuracy of one or a group of gears produced at time T2 (ie, the root mean square of the deviation) When the deviation is normal distribution: Î´2=Â±3Ïƒ2; Î”1-2 is the average deviation of the statistical accuracy items of the gears produced in the [T1, T2] time interval; Î”max1-2 is produced in the [T1, T2] time interval The maximum deviation of the statistical accuracy of the gear; Î”min1-2 is the minimum deviation of the statistical accuracy of the gear produced during the [T1, T2] time interval; Î´1-2 is the statistical accuracy of the gear produced during the [T1, T2] time interval Very poor deviation of the project ; Ïƒ 1-2 is the deviation of the statistical accuracy of the gears produced in the [T1, T2] time interval (ie, the root mean square deviation of the deviation), and the deviation is usually not normally distributed.

Statistical measurement of the total deviation of the pitch: including the average total deviation and total dispersion of the statistical measurement of the pitch. It can be decomposed into two parts: 1 statistical measurement of single pitch deviation; 2 statistical measurement of cumulative pitch deviation. The former includes statistical measurements of individual pitch average deviations and dispersions; the latter includes statistical measurements of cumulative pitch average deviations and dispersions.

Statistical measurement of tangential total deviation: including statistical measurement of tangential integrated mean total deviation and total dispersion. It can be decomposed into two parts: 1 statistical measurement of the fundamental frequency tangential comprehensive deviation; 2 statistical measurement of the tooth frequency tangential comprehensive deviation. The former includes statistical measurement of the fundamental tangential integrated mean deviation and dispersion; the latter includes statistical measurement of the tangential tangential integrated mean deviation and dispersion.

In order to facilitate process analysis and process error (or fault) diagnosis, the following gear statistical accuracy items can be established: (9) Statistical analysis of total tooth profile deviation: including statistical analysis of the average total deviation and total dispersion of the tooth profile. It can be decomposed into two parts: 1 statistical analysis of tooth profile slope deviation; 2 statistical analysis of tooth profile shape deviation. The former includes statistical analysis of the mean deviation and dispersion of the profile gradient; the latter includes statistical analysis of the mean deviation and dispersion of the tooth profile.

Statistical analysis of total spiral deviation: including statistical analysis of the average total deviation and total dispersion of the spiral. It can be decomposed into two parts: 1 statistical analysis of the spiral slope deviation; 2 statistical analysis of the spiral shape deviation. The former includes statistical analysis of the mean deviation and dispersion of the helix slope; the latter includes statistical analysis of the mean deviation and dispersion of the spiral shape.

Gear statistical accuracy project evaluation The gear statistical measurement error item is characterized by the results obtained by statistically measuring the gear deviation measured by the gear accuracy standard. The gear statistical analysis error item is to analyze the error item measurement result by spectrum analysis and eliminate After the influence of the processing factors independent of the frequency of the error item, the statistical results are used to process the results; the gear statistical design error item is defined by the gear accuracy standard and the error permit value range specified by the accuracy level of the error item, The error tolerance values â€‹â€‹set by factors such as the specific processing method, the processing quality of the system, and the change in quality during processing are characterized.

1 represents the results that may be obtained after statistical analysis of the gears produced in a continuous sequence of a set gear machining process system. In the figure, Î”1 is the average deviation of the statistical accuracy items of one or a group of gears produced at time T1; Î´1 is the deviation of the statistical accuracy items of one or a group of gears produced at time T1; Ïƒ1 is one produced at time T1 or The deviation of the statistical accuracy of a set of gears (ie, the root mean square deviation of the deviation), when the deviation is a normal distribution: Î´1=Â±3Ïƒ1; Î”2 is the average of the statistical accuracy items of one or a group of gears produced at time T2 Deviation; Î´2 is the deviation of the statistical accuracy of one or a group of gears produced at time T2; Ïƒ2 is the deviation of the statistical accuracy of one or a group of gears produced at time T2 (ie, the root mean square of the deviation) When the deviation is normal distribution: Î´2=Â±3Ïƒ2; Î”1-2 is the average deviation of the statistical accuracy items of the gears produced in the [T1, T2] time interval; Î”max1-2 is produced in the [T1, T2] time interval The maximum deviation of the statistical accuracy of the gear; Î”min1-2 is the minimum deviation of the statistical accuracy of the gear produced during the [T1, T2] time interval; Î´1-2 is the statistical accuracy of the gear produced during the [T1, T2] time interval Very poor deviation of the project ; Ïƒ 1-2 is the deviation of the statistical accuracy of the gears produced in the [T1, T2] time interval (ie, the root mean square deviation of the deviation), and the deviation is usually not normally distributed.

Material : High carbon steel wire, mild steel wire, stainless steel wire, copper wire.

Weaving type : plain crimped, InterCrimped, locked crimped, one-way separated wave bending, two-way bending crimped, flat top, Rectangular Slot, etc.

Width : 1m, 1.2m, 1.3m, 1.5m, 1.6m, 2m, etc.

Application : with the stable mesh size, good strength, crimped wire mesh can be used as fence or filters in industries, such as coal, mine, metallurgy, chemical, pharmacy; With the beautiful surface & various types, it is widely used in decoration industry, such as building's facade and staircases, airport stations etc. Also, with its uniform mesh size & high screening precision, crimped wire mesh also widely used in making barbecue mesh and test sieve, etc.

FAQ:

Q1: What problems can I solve for you?

If you have problems in filtering, I can give you suggestions, recommend products and customized solutions.

According to the feedback from my customers, the average life of my product is 10% - 15% longer than that of others.

All specifications are available in stock.

Material are purchased from one of the most famous material company in China.

Equipments are imported from Japan and Germany.

Products have accurate mesh and wire diameter, good roundness to meet all your filtering needs.

Q2: What services can I offer for you?

Every product has passed strict parameter test and element content test, quality inspection report and material list can be provided.

Sufficient inventory, continuous and stable supply, perfect process to avoid mistakes, you can go to bed after you place an order.

Exquisite packaging to protect goods from the damage during transportation.

You can also customize the label or logo.

The status of production and transportation can be provided at any time.

Q3: What are the differences in my factory?

Family business inherits the wisdom of three generations.

Export and supply to export companies for 20 years.

Double Crimped Wire Mesh,Stainless Steel Crimped Wire Mesh,Crimped Woven Wire Mesh,Lock Crimp Wire Mesh

Balanat Import&Export Co.,Ltd. , https://www.balanatwiremesh.com