E00008-A 2540-7705 Straight Running Series Flat Top MTW (Mold to Width)

E00008-A-2540-7705 STRAIGHT RUNNING SERIES-FLAT TOP-MTW = MOLD TO WIDTH

E00008-A-2540-7705-STRAIGHT-RUNNING-SERIES2

E00008-A-2540-7705-STRAIGHT-RUNNING-SERIES3-1

E00008-A-2540-7705 STRAIGHT RUNNING SERIES-FLAT TOP-MTW = MOLD TO WIDTH (10)

E00008-A-2540-7705 STRAIGHT RUNNING SERIES-FLAT TOP-MTW = MOLD TO WIDTH (2)

E00008-A-2540-7705 STRAIGHT RUNNING SERIES-FLAT TOP-MTW = MOLD TO WIDTH (6)

E00008-A-2540-7705 STRAIGHT RUNNING SERIES-FLAT TOP-MTW = MOLD TO WIDTH (5)

E00008-A-2540-7705 STRAIGHT RUNNING SERIES-FLAT TOP-MTW = MOLD TO WIDTH (4)

E00008-A-2540-7705 STRAIGHT RUNNING SERIES-FLAT TOP-MTW = MOLD TO WIDTH (3)

E00008-A-2540-7705 STRAIGHT RUNNING SERIES-FLAT TOP-MTW = MOLD TO WIDTH (9)

E00008-A-2540-7705 STRAIGHT RUNNING SERIES-FLAT TOP-MTW = MOLD TO WIDTH (8)

Product Type: E0000 Modular Belts

E00008-A 2540-7705 Straight Running Series Flat Top MTW (Mold to Width)

The Flat Top Heavy Duty MTW belt is engineered to provide exceptional performance in industrial applications that require both stability and flexibility in width configuration. This belt is available in two material options: Extra Low Friction Acetal (XLF) for minimal friction and High-Performance Polymer (HPP) for environments needing high chemical resistance and thermal stability. The Mold to Width (MTW) design allows for precise width customization, making it adaptable to specific system requirements. This heavy-duty belt is capable of handling high loads while maintaining consistent, reliable performance in challenging conditions.

Material/s

XLF: Extra Low Friction Acetal with PBT Pins HPP: High-Performance Polymer with PBT Pins

Solution/s

HPP, Flat Top, XLF

Colour/s

Dark Grey (XLF) / Black (HPP)

Product information:

Key Features & Benefits

XLF: Extra Low Friction Acetal provides low friction, reducing energy consumption and wear on the belt and system components, making it ideal for dry running conditions. HPP: High-Performance Polymer offers excellent chemical and thermal resistance, ensuring reliable performance in harsh industrial environments.

Custom Width Configurations: The Mold to Width (MTW) design allows for precise custom width configurations, ensuring compatibility with specific system requirements.
High Load Capacity: Designed to handle loads up to 43,000 N/m (21 °C), making it suitable for heavy-duty applications.
Low Friction (XLF): The XLF material minimizes friction, reducing energy consumption and extending the lifespan of system components.
Chemical and Temperature Resistance (HPP): The HPP material provides high resistance to chemicals and thermal stability, ensuring long-term durability.
Low Maintenance: Engineered to reduce maintenance needs, lowering operational costs and downtime.
Versatile Applications: Suitable for a wide range of industrial uses, providing flexibility in system integration and operation.

Solution Features & Benefits

High Performance Polymer Applications: Delivers superior wear resistance and mechanical strength for demanding environments, extending the lifespan of components.
Flat Top Applications: Offers a smooth, stable surface for the transportation of various products, minimizing damage during transit.
Extra Low Friction Applications: Decreases resistance between contacting surfaces, minimizing energy consumption and wear on moving parts.

Standard Order Quantity: Per Box = 3.048 meters

Industries & Ideal Applications

Manufacturing: Ideal for transporting heavy materials in manufacturing lines that require stable and reliable performance with customized widths.
Chemical Processing: Suitable for chemical processing environments where resistance to chemicals and high temperatures is crucial.
Low Friction (XLF): The XLF material minimizes friction, reducing energy consumption and extending the lifespan of system components.
Chemical and Temperature Resistance (HPP): The HPP material provides high resistance to chemicals and thermal stability, ensuring long-term durability.
Pharmaceutical: Ideal for pharmaceutical production lines requiring precision and stable handling under controlled conditions, with the ability to customize belt width.