Products Description:
| Product Name | Stainless Steel Woven Wire Mesh Net |
| Material | SS201,304,316,304L,316L,430,310S |
| Weave pattern | Plain Weave ,Twill Weave,Dutch Weave,etc. |
|
Sample |
Sample are free for customers |
| Aperture | 0.03-10mm |
| Wire Diameter | 0.015-1.8mm |
| Brand | PAULEEN |
Our Stainless Steel Woven Mesh
PAULEEN
Corrosion Resistance
Inherent chromium content forms a passive oxide layer, resisting rust, chemicals, and harsh environments
High Strength-Durability
Excellent tensile strength and structural integrity provide long-lasting performance under load, impact, and vibration.
Temperature Tolerance
Maintains strength and form at extreme temperatures (high & low), suitable for furnaces, cryogenics, and heat exchangers.
Hygienic & Cleanable
Non-porous surface prevents bacterial growth; easily sterilized (steam, chemicals) for food, pharma, and medical uses.
Versatile Permeability/Flow
Precise weave control allows specific opening sizes for accurate filtration, sieving, gas/liquid distribution, and ventilation.
Aesthetic & Recyclable
Offers modern, clean appearance (various finishes) for architectural use; 100% recyclable, supporting sustainability goals.
fAQ
1.Q: What types of polymers are commonly used in the manufacturing of plastic mesh?
A: Commonly employed polymers consist of High-Density Polyethylene (HDPE), Polypropylene (PP), Polyvinyl Chloride (PVC), and Nylon. The selection is based on practical requirements like structural durability, chemical tolerance, UV resistance, and cost-effectiveness.
2.Q: What characteristics enable plastic mesh to endure weathering and environmental conditions?
A: These substances display notable tolerance to moisture, rainfall, and temperature changes. Formulations of HDPE and PP typically contain UV stabilizers to minimize light-induced degradation and brittleness. They also resist biological decomposition, fungal development, and corrosive agents.
3.Q: In which industries is plastic mesh mainly applied?
A: Its versatility allows it to be used across various sectors:
Landscaping/Horticulture: Textiles for erosion prevention, plant supports, tree guards, boundary markers.
Construction: Screens for debris control, site fencing, meshes for soil stabilization, drainage units.
Industrial: Materials for filtration, dividing screens, display frameworks, ventilation grids.
Agriculture: Protective netting, animal enclosures, systems for silage storage.
Retail/Commercial: Packaging materials, frameworks for product displays, storage organizers.
Creative Fields: Aids in craft projects and sculptural structures.
4.Q: What factors determine appropriate plastic mesh specifications?
A: Main considerations are as follows:
Opening Structure: Mesh dimensions that dictate containment, filtration effectiveness, or transparency.
Filament Thickness: Thicker strands boost rigidity and weight-supporting capability.
Material Choice: Decided by the service environment, performance targets, and chemical compatibility (refer to Q1).
Form and Dimensions: Required sizes for panels or rolls.
Performance Needs: Expected mechanical stresses and the extent of environmental exposure.
5.Q: What methods allow for efficient processing and installation of plastic mesh?
A: Manufacturing: Calls for robust cutting instruments-reinforced scissors, hardened clippers, power saws, or sturdy knives. Stiff, thin mesh can sometimes be scored and snapped. Adequate PPE prevents injuries from sharp edges.
Installation: Approaches vary by use:
Fastening: Secure with plastic ties, corrosion-resistant brackets, fencing staples (for wood), or synthetic ropes.
Ground Setup: Anchor geogrids for soil stabilization with earth anchors along the edges.
Surface Attachment: Mechanically fix reinforcing mesh using specialized anchors before applying coatings.
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