Filter High Temperature Equipment Element L605 Wire Cloth

Certification:ISO9001-2015

Model Number:HH-L605W

Minimum Order Quantity:1 square meters

Delivery Time:within 7 work days

Payment Terms:L/C,T/T,Western Union

Place of Origin:CHINA

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Anping County Huihao Wire Mesh Manufacture Co., Ltd

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Address: 300 Meters Of Wang Ge Zhuang, Sunli Road, Anping City, Hebei Province, China

Supplier`s last login times: within 43 hours

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Product Details

Filter High Temperature Equipment Element L605 Wire Cloth

Quick details of L605 Wire Cloth

Material: Nickel Alloy L605 Haynes 25 Wire

Weave type:Plain, Twill & Dutch Weave for Different Use

Mesh patterns: 12x12 - 200x200 mesh

Wire Diameter: 0.0508mm - 0.4318mm

Open area: 29 -81%

Description of L605 Wire Cloth

L605 woven mesh is a kind of metal wire mesh made from L605 alloy wires. L605 alloy, also known as Haynes 25 alloy, is a non-magnetic cobalt-nickel-chromium-tungsten alloy that can be exposed to oxidation environments at temperatures up to 980 °C (1795 °F) for a long period.

L605 woven mesh features high temperature resistance, oxidation resistance, sulfur resistance, corrosion resistance, biocompatibility. It is often used in aerospace industry for components that frequently withstand high temperatures, as well as in power plants for subgrade gas turbines, industrial furnaces for high temperature applications, and in the medical industry for manufacturing heart valves, etc.

Specification of L605 Wire Cloth

Table 1: Chemical Compositions of L605 Wire Cloth (%)
Element	C	Co	Cr	Fe	Mn	Ni	Si	W
Content	0.05–0.15	Rem.	19–21	3	1.0–2.0	9.0–11.0	0.4	14.0–16.0

Table 2: Popular Specifications of L605 Wire Cloth
Item	Mesh Size	Wire Diameter		Width of Opening		Open area
Item	Wire/inch	inch	mm	inch	mm	%
L605-12120.011	12 × 12	0.0110	0.2794	0.0723	1.8364	75.30
L605-18180.017	18 × 18	0.0170	0.4318	0.0390	0.9906	48.30
L605-20200.005	20 × 20	0.0050	0.1270	0.0450	1.1430	81.00
L605-20200.013	20 × 20	0.0130	0.3302	0.0370	0.9398	54.80
L605-20200.016	20 × 20	0.0160	0.4064	0.0340	0.8636	46.20
L605-26260.013	26 × 26	0.0130	0.3302	0.0260	0.6604	44.00
L605-30300.01	30 × 30	0.0100	0.2540	0.0230	0.5842	48.90
L605-30300.011	30 × 30	0.0110	0.2794	0.0220	0.5588	44.80
L605-30300.0125	30 × 30	0.0125	0.3175	0.0208	0.5283	39.10
L605-30300.013	30 × 30	0.0130	0.3302	0.0200	0.5080	37.10
L605-35350.013	35 × 35	0.0130	0.3302	0.0160	0.4064	29.80
L605-40400.007	40 × 40	0.0070	0.1778	0.0180	0.4572	51.80
L605-40400.009	40 × 40	0.0090	0.2286	0.0160	0.4064	41.00
L605-40400.01	40 × 40	0.0100	0.2540	0.0150	0.3810	36.00
L605-46460.0035	46 × 46	0.0035	0.0889	0.0182	0.4623	70.39
L605-50500.003	50 × 50	0.0030	0.0762	0.0170	0.4318	72.30
L605-50500.009	50 × 50	0.0090	0.2286	0.1100	2.7940	30.30
L605-60600.055	60 × 60	0.0055	0.1397	0.0112	0.2845	44.90
L605-60600.007	60 × 60	0.0070	0.1778	0.0100	0.2540	33.90
L605-80700.005	80 × 70	0.0050	0.1270	0.0000	0.0000	39.00
L605-80800.0055	80 × 80	0.0055	0.1397	0.0070	0.1778	31.40
L605-1001000.0025	100 × 100	0.0025	0.0635	N/A	N/A	N/A
L605-2002000.002	200 × 200	0.0020	0.0508	0.0030	0.0762	36.00

Filtration and Screening

Due to its fine mesh structure and high strength characteristics, L605 wire mesh can be used in the fields of filtration and screening. It can be used in processes such as solid-liquid separation, gas-solid separation, powder screening, etc., in industries such as chemical, food processing, pharmaceutical, and ore sorting.

The size and specifications of L605 wire mesh can be customized according to specific application requirements. It can have different aperture sizes, wire diameters, and mesh densities, to meet specific requirements for filtration, screening, or predetermined purposes.

Overall, L605 wire mesh is preferred in many industrial fields due to its excellent high temperature resistance, corrosion resistance, oxidation resistance, as well as its corresponding strength and ductility. However, in the selection and use process, production cost is a factor that needs to be carefully considered. To ensure optimal performance and reliability, it is recommended to work closely with professional engineers or suppliers.