Process: Heated galvanized mesh is dipped into PVC liquid, and the plastic layer adheres to the surface. Thickness: 0.5mm – 0.8mm Features: Thick plastic layer, soft to the touch, good impact resistance; disadvantage is that once the plastic layer is damaged, the internal steel is prone to rusting. Application: Suitable for venues […]
Process: Steel is immersed in molten zinc at high temperature to form a zinc-iron alloy layer. Standard: Zinc coating weight ≥80g/m² (approx. 11μm thick); high-quality products can achieve ≥275g/m². Features: Extremely strong adhesion, providing basic rust protection. Salt Spray Resistance Time: High-quality galvanizing can achieve 2,000–3,000 hours. Application: Underlayer corrosion protection
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Basketball courts, tennis courts, volleyball courts, 5-a-side / 7-a-side soccer fields, baseball batting practice areas, school stadiums, community sports centers, professional sports training base
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Safety Protection: Prevents balls from flying out and injuring people, while also keeping unauthorized individuals from entering the court. Transparency: The mesh structure does not obstruct spectators’ views and maintains an open feel of the venue. High Durability: After anti-corrosion treatment, it can withstand sun exposure, rain, and temperature changes. Easy Maintenance:
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Height: Depending on the sport, typically between 2 meters and 6 meters (e.g., 3–4 meters is common for basketball courts, while 6 meters or more may be used for soccer fields). Mesh Opening Size: Commonly 45mm × 45mm, 50mm × 50mm, or 60mm × 60mm; smaller openings prevent balls or fingers from passing through.
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Metal woven mesh is widely used in various fields, including mining, petroleum, chemical industry, construction, mechanical accessories, protective mesh, packaging mesh, barbecue mesh, barbecue grill mesh, sintering furnace mesh, hardware products mesh, handicraft mesh, vibrating screen mesh, mesh basket mesh, food machinery mesh, cookware mesh, wall mesh, grain, highways, railways, and infrastructure mesh. It
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Woven mesh is one of the most structurally stable types of metal woven mesh with the strongest anti-slip capability. While ensuring screening accuracy, it offers higher efficiency and a lower rate of hole blockage. By selecting woven mesh made from different materials, it can adapt to a wide range of environments—from food-grade sanitary applications to
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Crimped wire mesh is produced by pre-bending metal wires to form a corrugated structure, which interlocks to fix the mesh opening size. The main weaving processes include locked crimp weaving, bidirectional wave bending, and unidirectional bending / flat-top bending. **Locked Crimp Weaving:** This is a reinforced weaving method. The wave-shaped bends of the
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The materials of stainless steel woven mesh include stainless steel wire grades 301, 302, 304, 304L, 316, 316L, and 321. Features: Heat resistant, acid resistant, alkali resistant, corrosion resistant, wear resistant, and structurally robust. Weaving characteristics: Crimping before weaving, bidirectional bending, bidirectional wave bending, and unidirectional bending.
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Wire rod woven mesh is also known as mining screen woven mesh, woven mesh mining screen, heavy-duty woven wire rod mesh, or vibrating woven mesh. Features: Wire rod woven mesh features an attractive structure, sturdiness, and durability. Weaving method: The weaving method includes crimping before weaving, bidirectional wave bending, locked crimp bending, flat-top bending, bidirectional bending, and
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