PRODUCT DETAILS

Conveyor Mesh Belt

Our conveyor mesh belts are meticulously engineered from a wide range of premium materials, including various stainless steel grades such as 304, 316, 1Cr18Ni9Ti (321), and 0Cr18Ni14NO2CU2 (304HC),

2026-10-20

Conveyor Mesh Belt

Our conveyor mesh belts are meticulously engineered from a wide range of premium materials, including various stainless steel grades such as 304, 316, 1Cr18Ni9Ti (321), and 0Cr18Ni14NO2CU2 (304HC),

Conveyor Mesh Belt

Conveyor Mesh Belt

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Premium Stainless Steel Conveyor Mesh Belt for Heavy-Duty Industrial Use

Our conveyor mesh belts are meticulously engineered from a wide range of premium materials, including various stainless steel grades such as 304, 316, 1Cr18Ni9Ti (321), and 0Cr18Ni14NO2CU2 (304HC), as well as robust low carbon steel and high-tensile 45# steel. These belts deliver exceptional flexibility, enduring performance under constant stress, and a consistently smooth conveying surface. The open mesh architecture promotes optimal airflow, efficient drainage, and uniform heat transfer, making them an indispensable component in modern automated assembly lines, high-temperature industrial furnaces, and stringent food processing environments. Customizable in weave pattern, edge type, and overall dimensions, our conveyor mesh belts provide a reliable, long-lasting conveying solution tailored precisely to your operational requirements.

High-Quality Materials for Diverse Operating Conditions

Stainless Steel Alloys (304, 316, 304HC, 1Cr18Ni9Ti)

Our premium stainless steel wire options provide outstanding resistance to rust, chemical corrosion, and extreme thermal environments. Grade 304 stainless steel is the industry standard for general industrial use and food contact surfaces, offering excellent formability and weldability. For applications involving chlorides or acidic foods, Grade 316 provides superior pitting and crevice corrosion resistance. The high-carbon variant 304HC delivers enhanced tensile strength for heavy-load applications without sacrificing corrosion resistance. Meanwhile, 1Cr18Ni9Ti (AISI 321) is stabilized with titanium, providing excellent intergranular corrosion resistance in the 800-1500°F temperature range, making it ideal for continuous high-heat processes.

Low Carbon Steel and 45# High-Tensile Steel

For heavy-duty industrial applications where extreme corrosion resistance is not the primary concern, low carbon steel offers a highly cost-effective solution with robust structural integrity. 45# medium-carbon steel provides significantly higher strength and wear resistance, suitable for demanding conveying tasks such as handling heavy metal components, quarry materials, and automotive parts where high belt tension and impact resistance are critical for long service life.

Advanced Weaving Technologies for Specific Performance Needs

Ordinary (Balanced) Weave

This standard interlocking weave pattern creates a smooth, flat surface that provides an excellent balance of strength, flexibility, and durability. It is suitable for a wide range of general conveying tasks, including packaging, sorting, and light assembly lines.

Chain Link Weave

Designed for optimal positive tracking and exceptional flexibility, the chain link weave allows the belt to navigate tight radius curves and complex spiral conveyor paths with ease. This makes it the preferred choice for spiral cooling towers, proofing systems, and other applications requiring 3-dimensional conveying.

Reinforced Weave

Featuring heavier gauge spiral wires and thicker cross rods, the reinforced weave offers superior load-bearing capacity and impact resistance. It is commonly utilized in heavy industrial sectors such as quarrying, mining, and automotive manufacturing where the belt must withstand significant stress and heavy product weights.

Spiral Weave

The spiral weave maximizes the open area of the belt surface, facilitating exceptional airflow and thermal transfer. This pattern is ideal for processes requiring uniform heating, cooling, or freezing, such as commercial baking ovens, glass annealing lehrs, and quick-freeze tunnels.

Engineered for Excellence in Strength, Hygiene, and Longevity

Our conveyor mesh belts are engineered to deliver outstanding performance characteristics that enhance your production efficiency:

  • High Tensile Strength & Tension Capacity: Suitable for long-span conveyors and transporting heavy loads without deformation.
  • Exceptional Heat Resistance: Maintains structural integrity and flatness under extreme high-temperature conditions.
  • Corrosion & Oxidation Resistance: Perfect for frequent washdowns, chemical exposure, and humid or acidic environments.
  • Smooth & Flat Belt Surface: Ensures stable product handling, preventing tipping or damage during transit.
  • Easy to Clean & Maintain: The open mesh design facilitates thorough washing, sterilization, and visual inspection.
  • Customizable Edge Options: Available with welded or selvedged edges to prevent fraying and extend operational lifespan.

Versatile Conveying Solutions for Multiple Industries

The adaptability of our wire mesh conveyor belts makes them suitable for a vast array of demanding industrial applications:

  • Food Processing: Biscuits, instant noodles, frozen foods, dehydrated vegetables, meat, seafood, and bakery products.
  • Glass Manufacturing: Annealing lehrs, tempering furnaces, and decorating kilns.
  • Electronics & PCB Manufacturing: Soldering, washing, and drying conveyor lines.
  • Automotive Industry: Assembly lines, parts washing, and paint curing ovens.
  • Chemical Industry: Drying, coating, and curing of chemical products and powders.
  • Quarrying & Mining: Heavy-duty material handling, dewatering, and sorting of aggregates.
  • Textile Industry: Dyeing, drying, and printing conveyor lines.

From delicate food products to heavy industrial engine blocks, our conveyor mesh belts provide the reliable, efficient, and hygienic conveying performance that modern production lines demand.

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