Applications
The 1.25”- 1.50″ – 2.50″ metal chip conveyor belt is designed for reliable and efficient handling of parts, stampings, die castings, screws, scrap, chips, and turnings. Whether the material is wet or dry, the conveyor performs effectively in horizontal or elevating setups, and supports both single and multiple unit systems. Ideal as a chip conveyor for CNC machines, it helps streamline operations by managing chip removal and material flow with ease.
You will find this belting being used in the following industries:
Small Manufacturers
CNC Turning & Milling Centers
Features
Our hinged steel belt conveyor belting is available in 1-1/4″, 1-1/2″, and 2-1/2″ pitch sizes. Designed with offset interlocking side wings that are securely welded, these belts offer exceptional durability and reliable performance. They are fully interchangeable with most major manufacturers, making them a versatile solution for a wide range of machining and metalworking applications. We also offer beaded apron belts for operations requiring added flexibility and strength. Improving CNC workflow with the right conveyor system starts with dependable belting solutions like these, streamlining chip removal and boosting efficiency.
Specifications
1-1/4″ Pitch Steel Belt
Belt # 1.25X-Width-Wing-1E1-4
Pan/Hinge
– Material 14 GA. (.075)
– Available in Any Width
– P = Optional Perforated
– D = Optional Dimpled
– PD = Optional Perforated and Dimpled
Wings
– .75= 3/4 High 14 Ga. Offset Welded To Pan
– .8R= Optional 13/16 High 11 Ga. Offset Radial
Chain
– Hardened Roller: Flat Face 3/4 Dia. x 3/8 Wide
– Split Roller Bushing
– Links: 3/32 Thick x 9/16 High
Pin
– 3/16 Dia. CR1044/1045
– Locking System – Welded Washer
– Belt Splice 3/32 Cotter Pin
Belt Pull – 650 Lbs.
Modifications
– Optional Bar Cleats, Any Size, Any Spacing.
– Optional Cover Plates, 3/16 Thick x 1″ Wide, Any Spacing
1-1/2″ Pitch Steel Belt
Belt # 1.50X-Width-Wing-1E5-3
Click to Enlarge Drawing
Pan/Hinge
– Material 14 GA. (.075)
– Available in Any Width
– P = Optional Perforated
– D = Optional Dimpled
– PD = Optional Perforated and Dimpled
Wings
– 1R= 1.00 High 11 Ga. Offset Radial
– .75R= Optional 3/4 High 11 Ga. Offset Radial
Chain
– Hardened Roller: Flat Face 7/8 Dia. x 1/2 Wide
– Split Roller Bushing
– Links: 1/8 Thick x 11/16 High
Pin
– 15/64 Dia. (.234) CR1044/1045
– Pin Locking System – 3/32 Cotter Pin
Belt Pull – 1,000 Lbs.
Modifications
– Optional Bar Cleats, Any Size, Any Spacing.
– Optional Cover Plates, 3/16 Thick x 1″ Wide, Any Spacing
Click to Enlarge Drawing & Images
2-1/2″ Pitch Steel Belt
Belt # 2.50X-Width-Wing-2E1-3
Click to Enlarge Drawing
Pan/Hinge
– Material 1/8
– Available in Any Width of 3″ Increments
– D = Optional Dimpled
– PD = Optional Perforated and Dimpled
Wings
– 1/8 Thick x 1-1/2 High – Offset Welded To Pan
Chain
– Roller: Hardened – Flat Face 1-9/16 Dia. x 1″ Wide
– Hardened Split Roller Bushing
– Links: 5/32 Thick x 1″ High
Pin
– 3/8 Dia. CR1044/1045
– Locking System – 1/8 Cotter Pin
Belt Pull – 2,500 Lbs.
Modifications
– Optional Bar Cleats, Any Size, Any Spacing.
– Optional Cover Plates, 3/8 Thick x 1-3/4″ Wide, Any Spacing
Industry News & Blog
How Conveyor Belts Work in Modern Manufacturing – As published by IQS Directory in “How Do Conveyor Belts Work?”, conveyor belts operate using motor-driven pulleys that move a continuous belt loop to transport materials from one point to another. The system relies on friction, tension, and support rollers to maintain smooth and consistent movement. Conveyor belts are widely used in manufacturing, logistics, and… Read More →
Industrial Conveyor Systems and Their Uses – As published by N&T EngiTech in “What Types Of Conveyor Systems Are Used In Industrial Operations,” industrial facilities rely on a range of conveyor systems to move materials efficiently through production and distribution workflows. Common systems include belt conveyors, roller conveyors, chain conveyors, screw conveyors, and overhead conveyors, each designed to handle specific materials and… Read More →
How Conveyor Systems Are Shaping Modern Material Handling – As published by Greenspace Industrial in “Revolutionizing Material Handling: The Future of Conveyor Systems at Greenspace Industrial,” modern conveyor systems are evolving to improve efficiency, flexibility, and performance in material handling operations. Innovations focus on automation, modular design, and system integration to meet changing industrial demands. Advanced conveyor solutions support streamlined workflows, reduced downtime, and… Read More →
How Conveyor Belt End-of-Life Choices Impact Sustainability – As published by ScienceDirect in “Toward the Sustainable Use of Conveyor Belts: Life Cycle Assessment of End-of-Life Options,” researchers examined how different end-of-life strategies affect the environmental impact of conveyor belts. The study evaluates options such as recycling, reuse, and disposal through a life cycle assessment framework. Findings show that selecting more sustainable end-of-life pathways… Read More →