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High-Efficiency Flat Belts

Power Transmission Belts

2025-03-07
Power Transmission Belts

Compared with other drive components, Monty (MONTY) power transmission belts offer higher efficiency (≥98%) together with ultra-precise synchronization and easy handling.

—They also have the following advantages:

—Stable running speed, high durability Short tensioning range, low elastic slip

—Good damping properties Can transmit power of up to 1850 kW

—The belt body can twist around its longitudinal axis, making it easy to achieve angle drives and tapered-pulley drives Monty (MONTY) power transmission belts are available in a wide range of types:

Power Transmission Belts (Figure 1)


—The polyester series features a thermoplastic tension member of polyester fabric (endless belts)

—The aramid series features a thermoplastic tension member of highly modular aramid warp blended fabric (endless belts)

—The polyamide series features a highly guiding nylon sheet base They can be supplied as roll material, prepared for splicing, or in fabricated form.


Standard coating combinations LT = leather underside, fabric top side LL = leather on both underside and top side GT = elastomer G underside, fabric top side GG = elastomer G on both underside and top side Roller Conveyor Drive Belts Monty (MONTY) roller conveyor drive belts are energy-saving and durable, providing speed and reliability in distribution processes.


Their outstanding performance shows in: A durable underside with constant grip

— Stable tension, unaffected by ambient conditions (aramid and polyester series)

— Highly flexible while maintaining tensile strength

— Low slip and therefore low power consumption Fast installation, reducing downtime The quality and performance of a belt have a major influence on the speed and reliability with which our customers can run their distribution processes.

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Power Transmission Belts (Figure 3)


The belt's tension member plays an important role in this process. Polyester fabric is today's standard, but nylon sheet bases and aramid fabrics are also used. The tension member is embedded in a thermoplastic intermediate layer.

Rubber elastomer or polyurethane are the two coating materials for the friction layer. The combination of tension member and coating gives the belt properties that can be tailored to the conveyor type and application.


Splicing can be done quickly, cleanly and on site without additional adhesive (e.g.

aramid and polyester yarns) Standard coating combinations GG = elastomer G on both underside and top side UU = polyurethane on both underside and top side RR = medium grip on both underside and top side Tangential Belts Monty (MONTY) tangential belts are optimized in design for a wide variety of yarn production processes and drive systems of different shapes.

Power Transmission Belts (Figure 4)


With the following advantages, they play a key role in ensuring high yarn quality and efficient production: Elastomer G or polyurethane coating, highly wear-resistant, with a stable coefficient of friction and high durability; optimized surface patterns on the top side and underside; low belt slip and excellent power transmission; energy-saving, efficient polyester or aramid tension member; tension member made of a highly guiding nylon sheet base, with good damping properties, low running noise, low vibration, and antistatic treatment.

Power Transmission Belts (Figure 5)


Monty (MONTY) tangential belts can be supplied as roll material, prepared for splicing, or in fabricated form. Our method enables the belt to be spliced efficiently on the machine, consistently and reliably.


Standard coating combinations GG = elastomer G on both underside and top side EU = polyurethane underside, fabric top side Tray Conveyor Belts Monty (MONTY) tray conveyor belts have special mechanical and electrostatic properties that make conveying and handling electronic components more efficient and reliable: The HC or HC+ properties (high conductivity and high conductivity+) allow the static electricity generated in the conveying system to be discharged in a controlled and better way.

Power Transmission Belts (Figure 6)

Power Transmission Belts (Figure 7)

Power Transmission Belts (Figure 8)


Using TT-type belts with a very low coefficient of friction on both the top side and the underside simplifies accumulation operation.

Power Transmission Belts (Figure 9)


Extremely wear-resistant and robust, with belt edges that do not fray. Monty (MONTY) tray conveyor belts can be supplied spliced, prepared for splicing, or as roll material.


Power Transmission Belts (Figure 10)


Standard coating combinations TT = fabric on both underside and top side Folder-Gluer Belts When producing and processing cartons, Monty (MONTY) folder-gluer belts make an important contribution to ensuring that the quality and production potential of the conveyor are fully realized.

— Our product range offers belts with dedicated properties for every application:

— A tension-stable tension member made of polyester or aramid fabric or a nylon sheet base Tailored grip and a top side friendly to many products

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Power Transmission Belts (Figure 11)


can also be in direct contact with food Stable grip, high durability A reliable method allows the belt to be spliced directly on the machine, thus minimizing downtime.


Standard coating combinations GG = elastomer G on both underside and top side RR = medium grip on both underside and top side Machine Tapes Monty (MONTY) machine tapes are indispensable in many industrial applications.

Power Transmission Belts (Figure 12)


The tension member is made of polyester fabric, a nylon sheet base or polyurethane, suiting them to a wide variety of fields of use.

Monty (MONTY) machine tapes feature: A highly wear-resistant coating, a stable coefficient of friction and high durability

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— Surface patterns, top-side coatings and electrostatic properties as required

— Damping properties as required (depending on the tension member)

— Very low installation elongation and low shaft load Suitable for small deflection diameters / knife edges In some cases, Monty (MONTY) machine tapes can be edge-sealed or fitted with profiles.

Power Transmission Belts (Figure 13)


They can be supplied as roll material, prepared for splicing, or in fabricated form.

Our method enables the belt to be spliced on the machine, consistently and reliably.

Power Transmission Belts (Figure 14)


Various coating combinations, for example: GG = elastomer G on both underside and top side TT = fabric T on both underside and top side G = fabric underside, elastomer G top side Elastic Food Function Belts Monty (MONTY) elastic food function belts are designed specifically for applications in the food industry.

Power Transmission Belts (Figure 15)


The tension member is made of elastic polyurethane, so the edges do not fray. Monty (MONTY) elastic food function belts:


— Food-grade quality; comply with FDA and EU standard requirements

— Available in blue or white, facilitating quality assurance work (contrast with the food)

— Elastic, making them very suitable for short center distances, belt scales, and links requiring stretch conveying

— Easy to clean

— Chemical resistance Conveyor belts with high-grip coatings are also available Some Monty (MONTY) elastic food function belts also support HACCP food safety.


Power Transmission Belts (Figure 16)


Monty (MONTY) elastic food function belts are easy to splice. Several splicing methods are available.


Standard coating combinations UU = polyurethane on both underside and top side; UR = polyurethane underside, high-grip top side.

Power Transmission Belts (Figure 17)