Conveyor Belt 201 Mesh

Stainless 201 Mesh Conveyor Belt

Stainless Steel 201 Frame (Non-adjustable height legs)

• Mesh type conveyor belt for material handling and transfer.
• Equipped with an electric motor for adjustable flow speed.
• Facilitates easy material handling and transportation; simple to install and operate.
• Standard machine height: 75 cm (non-adjustable).
• Product on conveyor about 40kg
• Temperature resistant from -50 to +200 degrees Celsius.

Mesh Belting is a type of conveyor belt constructed from interconnected wires or fibers forming a mesh pattern, which allows for easy passage of air or liquids. This type of belt is commonly employed in applications requiring ventilation or cooling, as well as for material transport across various industries, particularly in baking or heating processes.

Features and Applications of Mesh Belting:

1. Excellent Ventilation: The mesh structure features gaps between wires, enabling effective airflow and heat dissipation.
2. High-Temperature Resistance: Mesh belts are typically used in processes involving baking or heating, such as food dehydration or material curing.
3. Diverse Material Options: Mesh belts can be manufactured from various materials, including stainless steel, plated steel, or corrosion-resistant alloys.
4. Industrial Applications: Commonly used in the food industry (for drying or baking), chemical processing, component manufacturing, and assembly lines that require air circulation.

Product examples:

Inverter Motor Motor Speed Ratio 30-40 meters/minute Upgrade: 7500 Baht

• Conveyor Belt PVC 500x1000x750 mm
• Speed 40 m/min Adjustable Legs 100 mm.
• Load capacity: 3 Kg. across the entire belt.
• Price: 32,000 Baht

• Conveyor Belt PVC 500x1500x750 mm
• Speed 40 m/min Adjustable Legs 100 mm.
• Load capacity: 3 Kg. across the entire belt.

• Conveyor Belt PU, Stainless Steel Frame: 400x1500x800 mm
• Speed 8-13 m/min Adjustable Legs 100 mm.
• Load capacity: 30 Kg. across the entire belt.

• Conveyor Belt PVC, Aluminum Profile Frame: 300×1500 mm
• Speed 8-13 m/min Adjustable Legs
• Load capacity: 20 Kg. across the entire belt.

• Conveyor Belt PU, Aluminum Profile Frame: 500×4500 mm
• Speed 8-13 m/min Adjustable Legs
• Load capacity: 30 Kg. across the entire belt.

• Conveyor Belt PVC, Aluminum Profile Frame: 300×6000 mm
• Speed 8-13 m/min Adjustable Legs
• Load capacity: 30 Kg. across the entire belt.

• Conveyor Belt PU, Stainless Steel 304 Frame: 500×3000 mm + Stainless Steel 304 Table
• Speed 3-5 m/min Adjustable Legs
• Load capacity: 30 Kg. across the entire belt.

• Conveyor Belt PU, Stainless Steel 304 Frame: 400×3000 mm + Stainless Steel 304 Table
• Speed 3-5 m/min Adjustable Legs
• Load capacity: 30 Kg. across the entire belt.

• Conveyor Belt PU, Stainless Steel 304 Frame: 500×1500 mm
• Speed 8-13 m/min Adjustable Legs
• Load capacity: 30 Kg. across the entire belt.

• Steel Structure Stainless 304 Conveyor Solid

• Speed 3-5 m/min Adjustable Legs
• Load capacity: 40 Kg. across the entire belt.

• Conveyor Belt PVC 300x1500x750 mm
• Conveyor Belt PVC 300x1000x750 mm
• Conveyor Belt PVC 300x1200x300 mm
• Speed 8-13 m/min
• Weight: 2-3 kg.

• 
• Conveyor Belt PVC, Aluminum Profile Frame: 300×1500 mm
• Speed 8-13 m/min Adjustable Legs
• Load capacity: 30 Kg. across the entire belt.

• Stainless Steel 304 Mesh Conveyor, Stainless Steel 304 Frame: 600×1000 mm
• Speed 3-5 m/min Adjustable Legs
• Load capacity: 40 Kg. across the entire belt.

Conveyor Belt PVC Speed Specifications

**English**

**Thai**

Product on conveyor about 30kg

• Normal motor is 120W, Option: 200W, 400W, 600W

Differences between PVC, PU, and Stainless Steel Conveyor Belts

1. Materials and Properties

   • PVC (Polyvinyl Chloride)
     ✅ Flexible and offers moderate chemical resistance.
     ✅ More economical than PU and stainless steel.
     ✅ Suitable for general applications such as packaging or transporting materials free of oil and grease.
     ❌ Not resistant to high temperatures and may wear faster than PU.

   • PU (Polyurethane)
     ✅ Better resistance to grease, oil, and chemicals compared to PVC.
     ✅ Smoother surface, ideal for food and pharmaceutical industries.
     ✅ Higher resistance to tearing and longer lifespan than PVC.
     ❌ Higher cost than PVC.

   • Stainless Steel
     ✅ High strength, resistant to impact and abrasion.
     ✅ Suitable for industries requiring high hygiene standards, such as food and beverage production.
     ✅ Resistant to high temperatures and chemicals.
     ❌ High cost and potentially heavier weight.

2. Suitable Applications

   • PVC → Used for general cargo transport, e.g., packaging, electronics.
   • PU → Used in the food and pharmaceutical industries, and applications involving contact with oil or grease.
   • Stainless Steel → Used in applications demanding high hygiene standards or environments with high heat or humidity, such as food and beverage processing plants, and heavy industrial sectors.

[contact2]