Boedon, Weaving for Sieving & Filtering

Tantalum Woven Mesh

Tantalum Woven Mesh – An Ideal Choice for Electronic Engineering & Heat Treatment

Tantalum woven mesh is a rare metal mesh that takes tantalum wires as raw materials. It has a high melting point and a low density and features good ductility, chemical stability, acid and alkali resistance and good filtration performance. As a result, it is an ideal choice for electronic engineering and heat treatment technology. Tantalum is a very hard, ductile, easy to process, blue-gray transition metal known for its excellent corrosion resistance. It is mainly used in the production of electronic components, various alloys with high melting points, and for protecting aerospace equipment from radiation, etc.

A roll of tantalum woven mesh
Chemical Composition
Table 1: Tantalum Material Chemical Composition (%)
Element C Cb Fe H Mo N Ni O Si Ta Ti W
Content 0.01 0.05 0.01 0.001 0.01 0.01 0.01 0.015 0.005 Rem. 0.01 0.03
Specification
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Table 2: Plain & Twill Weave Tantalum Woven Wire Mesh/Cloth
Item Mesh Wire Diameter Weaving Type Mesh Opening Open Area
Inch mm Inch mm
Tan-1 8 × 8 0.0200 0.5080 Plain 0.1050 2.6670 70.6
Tan-2 14 × 14 0.0160 0.4064 Plain 0.0554 1.4072 60.2
Tan-3 30 × 30 0.0030 0.0762 Plain 0.0303 0.7696 82.8
Tan-4 35 × 35 0.0078 0.1981 Twill 0.0208 0.5283 52.9
Tan-5 50 × 50 0.0030 0.0762 Plain 0.0170 0.4318 72.3
Tan-6 80 × 80 0.0030 0.0762 Plain 0.0095 0.2413 57.8
Tan-7 100 × 100 0.0030 0.0762 Twill 0.0070 0.1778 49.0
Tan-8 8 × 8 0.0280 0.71 Plain 0.0970 2.4650 60.2
Tan-9 10 × 10 0.0252 0.64 Plain 0.0748 1.9000 55.9
Tan-10 12 × 12 0.0228 0.58 Plain 0.0605 1.5370 58.9
Tan-11 14 × 14 0.0165 0.42 Plain 0.0547 1.3900 59.0
Tan-12 16 × 16 0.0150 0.38 Plain 0.0476 1.2100 57.9
Tan-13 18 × 18 0.0157 0.40 Plain 0.0398 1.0100 51.3
Tan-14 20 × 20 0.0157 0.40 Plain 0.0343 0.8700 46.9
Tan-15 24 × 24 0.0106 0.27 Plain 0.0310 0.7880 55.4
Tan-16 28 × 28 0.0091 0.23 Plain 0.0267 0.6770 55.7
Tan-17 30 × 30 0.0110 0.28 Plain 0.0223 0.5670 44.8
Tan-18 35 × 35 0.0130 0.33 Plain 0.0156 0.3960 29.7
Tan-19 40 × 40 0.0098 0.25 Plain 0.0152 0.3850 36.7
Tan-20 50 × 50 0.0063 0.16 Plain 0.0150 0.3810 36.0
Tan-21 60 × 60 0.0063 0.16 Plain 0.0104 0.2630 39.0
Tan-22 80 × 80 0.0047 0.12 Plain 0.0078 0.1980 39.0
Tan-23 100 × 100 0.0039 0.10 Plain 0.0061 0.1540 37.0
Tan-24 120 × 120 0.0031 0.08 Plain 0.0052 0.1320 38.7
Tan-25 150 × 150 0.0024 0.06 Plain 0.0043 0.1090 41.5
Tan-26 200 × 200 0.0020 0.05 Plain 0.0030 0.0770 36.7
Tan-27 300 × 300 0.0014 0.035 Plain 0.0019 0.0490 34.4
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Table 3: Dutch Weave of Tantalum Woven Wire Mesh/Cloth
Item Mesh Size (wire/inch) Wire Diameter
Inch mm
Tan-1 12 × 64 0.0228/0.0157 0.580/0.400
Tan-2 24 × 110 0.0142/0.0098 0.360/0.250
Tan-3 14 × 88 0.0197/0.0130 0.500/0.330
Tan-4 14 × 110 0.0157/0.0106 0.400/0.270
Tan-5 30 × 150 0.0071/0.0055 0.180/0.140
Tan-6 40 × 200 0.0055/0.0043 0.140/0.110
Tan-7 50 × 250 0.0039/0.0028 0.100/0.071
Tan-8 80 × 700 0.0024/0.0020 0.060/0.050
Tan-9 165 × 800 0.0028/0.0016 0.071/0.040
Tan-10 165 × 1400 0.0020/0.0013 0.050/0.032
Tan-11 200 × 1800 0.0020/0.0012 0.050/0.030
Tan-12 325 × 2300 0.0012/0.0010 0.030/0.025
Tan-13 400 × 2800 0.0012/0.0008 0.030/0.020
Gallery
A tapeline is used to check the width of tantalum woven mesh.

Tantalum woven mesh width inspection

A tapeline is used to check the length of tantalum woven mesh.

Tantalum woven mesh length inspection

A tester is used to check the chemical composition of tantalum woven mesh.

Tantalum woven mesh chemical composition

A handheld tester is used to test the composition of tantalum woven mesh.

Tantalum woven mesh composition test