|
商品の詳細:
|
| 製品名: | ステンレス鋼の耐久性と耐腐食性のオランダ織りスタイルのフィルターワイヤーメッシュ | 材料: | SS 304、SS 316、SS 316L、ニッケル、真鍮、青銅など |
|---|---|---|---|
| メッシュ番号: | 12/64、14/88、24/110、30/150、40/200、50/150、80/300など | 織りスタイル: | プレーンダッチ、ツイルドダッチ、リバースダッチ |
| 耐熱性: | 最大800°C | 特徴: | 耐食性、耐久性など |
| 使用法: | 工業用ろ過、化学ろ過、水ろ過など | サンプル: | 利用可能 |
| ハイライト: | Double wire Dutch weave filter mesh,Corrosion resistant wire mesh filter,0.028 to 0.60mm filtration mesh |
||
Dutch weave style filter wire mesh is a precision-woven filtration fabric designed to deliver stable, repeatable opening geometry for efficient particle capture and dependable flow performance. Unlike coarse screen structures that may shift under load or cleaning cycles, Dutch weave construction uses a controlled “weave architecture” that balances filtration accuracy with mechanical integrity—making it a preferred choice for inline protection, process filtration, and high-consistency straining applications.
Construction and Filtration Geometry
In a Dutch weave filter mesh, the interlacing pattern is engineered so the wire sizing forms consistent aperture openings across the full panel or roll. The weave integrates fine wire elements that define the filtration openings with structural/support wire that helps resist deformation. This results in filtration performance that remains predictable under vibration, pressure differentials, and typical handling.
The geometry is designed to reduce the risk of wire displacement and aperture irregularities. In practical terms, this helps maintain a tighter and more uniform capture profile for the target particles—supporting stable filtration efficiency from installation through normal operating conditions.
Material Options and Corrosion Resistance
Dutch weave filter wire mesh is commonly produced in stainless steel, with typical grades including 304 and 316. 304 stainless provides strong general-purpose corrosion resistance for many clean-to-moderate environments. 316 stainless is often selected where higher corrosion resistance is needed—such as in chloride-bearing environments, marine or coastal settings, or more aggressive process chemistries. Choosing the correct grade helps extend service life and supports long-term dimensional stability.
|
Parameter |
Typical / Description |
|---|---|
| Mesh construction | Dutch weave (woven from warp + weft with two-wire diameter ratio) |
| Filter wire type | Common: stainless steel 304/316, other alloys available |
| Filtration performance | Based on particle size, surface loading, and test standard (needs your spec) |
| Sheet form factor | Roll mesh / cut sheet / welded frame (if applicable) |
| Tolerance | Opening + wire diameter tolerances (per supplier standard) |
| Max temperature | Depends on material: e.g., SS typically up to 800°C (spec-based) |
| Corrosion resistance | Determined by alloy (e.g., SS316 for higher chloride environments) |
Filtration in liquids: pre-filtration or fine filtration for water, process fluids, and coolant systems (often where a balance of strength + permeability matters).
Filtration in industrial process lines: inline strainers/filters for removing suspended solids before pumps, valves, heat exchangers, or membrane systems.
Air/gas dust collection (depending on grade): as an element to capture particulates or act as a durable pre-filter.
Wedge/ring and cartridge filtration elements: Dutch weave mesh is often used as the filter media inside pleated cartridges, wound elements, or framed filter panels.
Protective filtration layers (multi-stage): used as a “stage” before/after other media to extend service life and stabilize flow.
コンタクトパーソン: Mr. Jack Tian
電話番号: +86 15831183931
ファックス: 86-311-87032838
Japanese
