Vacuum Belts
Foils are widely used to package products. When packaging foil is used within logistics, vacuum belts are responsible for gripping the foil and transporting it through the packaging machine. These belts help reduce wear and tear by reducing the pressure required to pull the film through the machine. The vacuum pulling belt provides air suction to the vacuum manifold to grip the film.
Vacuum belt 367-L-051 + 2.5 mm for tna robag packaging machines
€96.98*
USP private label timing belt functions by the action of vacuum. The drive belt consists of two combined parts, the timing belt (blue) and the coating layer (red). The blue timing belt is made of neoprene and is completed with a silicone coating. This silicone coating is abrasion resistant due to the action of vacuum, but on the other hand it provides more grip.The neoprene timing belt has a length of 933.45 mm, a width of 12.7 mm and has 98 teeth. The tooth pitch is implemented in a type L variant. This means that the tooth pitch has a standard dimension of 9.525 mm. The red coating has a hardness of 35 Shore-A.All coatings are applied as endless coverings, allowing the belts to run in both directions. In addition, polyurethane timing belts can be coated with the same materials.The silicone coating occurs in different hardnesses. The most common hardnesses are 25, 35, 50 and 60 Shore-A. A coating of silicone occurs primarily in the colors red and white.
USP-ID:
BAVB0011
Vacuum belt 367-L-051 + 6.4 mm for tna robag packaging machines
€44.66*
USP private label timing belt functions by the action of vacuum. The drive belt consists of two combined parts, the timing belt (black) and the coating layer (black). The black timing belt is made of neoprene and is complemented by a natural rubber coating. This natural rubber coating is wear resistant due to the action of vacuum, but on the other hand it provides more grip.The neoprene timing belt has a length of 933.45 mm, a width of 12.7 mm and has 98 teeth. The tooth pitch is implemented in a type L variant. This means that the tooth pitch has a standard dimension of 9.525 mm. The red coating has a hardness of 53 Shore-A.All coatings are applied as endless coverings, allowing the belts to run in both directions. In addition, polyurethane timing belts can be coated with the same materials.The natural rubber coating occurs in different hardnesses. The most common hardnesses are 25, 35, 50 and 60 Shore-A. A natural rubber overlay occurs primarily in the colors red and white.
USP-ID:
BAVB0009
Vacuum belts 25-T10-630 + 4 mm for OPEM packaging machines
€94.00*
USP private label timing belt set functions by the action of vacuum. The drive belts consist of two combined parts, the timing belt (gray) and the coating (blue). The gray timing belt is made of neoprene and is complemented by a silicone coating. This silicone coating is wear resistant due to the action of vacuum, but on the other hand it provides more grip.The neoprene timing belt has a width of 25.4 mm and has 60 teeth. The tooth pitch is implemented in a type H variant. This means that the tooth pitch has a standard dimension of 9,525 mm. The red coating has a hardness of 35 Shore-A. In addition, the endless belt is temperature resistant to about 150 degrees Celsius and is easy to clean.All coatings are applied as endless coverings, allowing the belts to run in both directions. In addition, polyurethane timing belts can be coated with the same materials.The silicone coating occurs in different hardnesses. The most common hardnesses are 25, 30, 35 and 50 Shore-A. A coating of silicone occurs mainly in the colors red, white, blue and transparent. Silicones are synthetic substances with a versatility of applications and are mostly heat-resistant and rubber-like. The term silicone is also referred to as SI.
USP-ID:
BAVB0037
Vacuum belts 25-T10-630 + 4.5 mm for packaging machines
€66.26*
USP private label timing belt set functions by vacuum. The drive belt consists of two combined parts, the timing belt (red/orange) and the coating layer (yellow). The red/orange timing belt is made of polyurethane and is completed with a silicone coating. This silicone coating is wear resistant due to the action of vacuum, but on the other hand it provides more grip.The polyurethane timing belt has a length of 630 mm, a width of 25 mm and has 63 teeth. The tooth pitch is implemented in a type T variant. This means that the tooth pitch has a standard dimension of 10 mm.All coatings are applied as endless coverings, allowing the belts to run in both directions. In addition, polyurethane timing belts can be coated with the same materials.The silicone coating occurs in different hardnesses. The most common hardnesses are 25, 30, 50 and 60 Shore-A. A coating of silicone occurs mainly in the colors yellow, red and white. The silicone coating is temperature resistant up to 150 degrees Celsius. In addition, the drive belts are easy to clean.
USP-ID:
BAVB0039
Only 1 available
Sold out
Vacuum belts 25-T10-630 + 7 mm for OPEM packaging machines
€138.11*
USP private label timing belts function by the action of friction. The timing belts consist of two combined parts, the timing belt (blue) and the coating (red). The blue timing belt is made of neoprene and is completed with a silicone coating. This silicone coating is less wear-resistant due to the action of friction, but on the other hand it provides more grip.The neoprene timing belt has a length of 630 mm width of 25 mm and has 63 teeth. The tooth pitch is implemented in a type T variant. This means that the tooth pitch has a standard dimension of 10 mm. The red coating has a hardness of 35 Shore-A. In addition, the endless belt is temperature resistant to about 150 .C and is easy to clean.All coatings are applied as endless coverings, allowing the belts to run in either direction. In addition, polyurethane timing belts can be coated with the same materials.The silicone coating occurs in different hardnesses. The most common hardnesses are 25, 30, 35 and 50 Shore-A. A coating of silicone occurs mainly in the colors red, white, blue and transparent. Silicones are synthetic substances with a versatility of applications and are mostly heat-resistant and rubber-like. The term silicone is also referred to as SI.
USP-ID:
BAVB0036
Vacuum belts 300-H-200 + 6.4 mm
€77.32*
USP private label timing belt set functions by the action of vacuum. The drive belt consists of two combined parts, the timing belt (black) and the coating layer (red). The black timing belt is made of neoprene and is complemented by a linatex coating. This linatex coating is wear resistant due to the action of vacuum, but on the other hand it provides more grip.The neoprene timing belt has a length of 762 mm, a width of 50.8 mm and has 60 teeth. The tooth pitch is implemented in a type H variant. This means that the tooth pitch has a standard dimension of 12.7 mm. The red coating has a hardness of 40 Shore-A.All coatings are applied as endless coverings, allowing the belts to run in both directions. In addition, polyurethane timing belts can be coated with the same materials.The linatex coating occurs in different hardnesses. The most common hardnesses are 25, 35, 50 and 60 Shore-A. A linatex coating occurs primarily in the colors red and white.
USP-ID:
BAVB0112
Sold out
Vacuum belts 40-T10-630 + 6.0 mm
€192.00*
USP private label timing belts set function by vacuum. The drive belt consists of two combined parts, the timing belt (gray) and the coating (blue). The gray timing belt is made of polyurethane and is completed with a silicone coating. This silicone coating is wear resistant due to the action of vacuum, but on the other hand it provides more grip.The polyurethane timing belt has a length of 630, width of 40 mm and has 63 teeth. The tooth pitch is performed in a type T variant. This means that the tooth pitch has a standard dimension of 10 mm. The blue coating has a hardness of 25 Shore-A. All coatings are applied as endless coverings, allowing the belts to run in both directions. In addition, polyurethane timing belts can be coated with the same materials.The silicone coating occurs in different hardnesses. The most common hardnesses are 30, 35 and 40 Shore-A. A coating of polyurethane occurs primarily in the colors red and white.
USP-ID:
BAVB0096
What is a vacuum belt?
A vacuum belt gear is a synchronous drive system. Here, power is transmitted between two parallel shafts on which toothed pulleys are mounted. These pulleys are connected by a toothed belt. This is a belt that connects exactly to the toothed belt pulleys.Vacuum belts are primarily made of rubber such as Neoprene and Polyurethane and often have cord layers in them for reinforcement. The serrations on the belts allow them to transmit large forces. But how do you determine which belt is suitable for your timing belt pulley?
Which vacuum belt is suitable for my machine?
3 steps for choosing the right vacuum belt:- Based on the tooth shape and dimensions, determine the type of vacuum belt.
- Count how many teeth are on the gear train.
- Measure the width of the vacuum belt.
Benefits of vacuum belts
Vacuum belts are wear-resistant, have good chemical resistance and are suitable for high-speed timing belt pulleys. In addition, they have a high degree of flexibility and a low noise level. By connecting the belt to the timing belt pulleys, there is precise positioning. The use of a timing belt ensures that lubrication is not necessary, and due to the correct positioning, no slippage takes place between the belt and the pulley.Types of vacuum belts
The timing belts can be divided into 2 main groups. Metric dimensions and Inch dimensions.1. Metric dimensions
These are process belts made of Polyurethane (also called PU). PU is made of a high-quality thermoplastic polyurethane. This gives them very good running properties and high wear resistance. The timing belts have a steel pull cord. The teeth are trapezoidal with a metric tooth pitch. The belts are suitable for a T-profile and an AT-profile. A T-profile is suitable for standard process belt applications. An AT profile has a different tooth profile. Partly because of the large tooth volume, these belts have a high load capacity. The dimensions of these belts are indicated in mm. If you have a timing belt with the dimensions: 60-T10-800 then this is a belt with a width of 60 mm, tooth pitch 10 mm and a length of 800 mm (80 teeth).
Within the metric timing belts are also the high power belts. These are made of rubber and you recognize them by the round tooth shape.
2. Inch dimensions
These are timing belts made of black neoprene with a trapezoidal profile. Neoprene is a synthetic rubber produced through the polymerization of chloroprene. The tensile cords of these timing belts are made of fiberglass. The tooth pitch of this type is indicated in letters and is derived from inches. 1 inch = 25.4 mm. The most common tooth profiles are:
- H (½” - 12,7 mm)
- L (⅜” - 9,525 mm)
- XL (⅕” - 5,08 mm)
Toothed belts with both metric and inch dimensions can have coverings or overlays applied to them. In addition, they can be machined and ground to size in various ways.
Friction belts versus vacuum belts
The commonly used belt-drawing principle works with conveyor belts running on either side of the forming pipe. These belts push the film web down along the pipe. Three types of belts are used: friction belts, vacuum belts and a combination of these two types.- Friction belts: friction belts take advantage of the fact that the friction between the conveyor belts and the packaging material is greater than the friction between packaging material and forming pipe. Especially with packaging material with a smooth outer surface and (providing additional friction) polyethylene on the inside, this friction difference is so small that it can cause problems.
- Vacuum belts: with vacuum belts, the film is sucked against the bands. This eliminates friction between film and forming pipe and makes the process considerably smoother.
- Vacuum-assisted friction belts: in a combination of these two techniques, the friction between film and forming pipe is reduced, but not completely eliminated.
The difference between these three types manifests itself primarily in the life of the belts. If friction belts last two to four weeks for a given combination of packaging material and forming pipe material, vacuum-assisted belts last several months under those conditions and vacuum belts last several years.
For better film web running, some machines have, in addition to the friction belts, a driven roller that sits just in front of the forming shoulder: after all, friction on the forming shoulder is greatest. The additional pushing force provided by this rubber roller also allows a steeper run-in angle and thus enables better track behavior.
For better film web running, some machines have, in addition to the friction belts, a driven roller that sits just in front of the forming shoulder: after all, friction on the forming shoulder is greatest. The additional pushing force provided by this rubber roller also allows a steeper run-in angle and thus enables better track behavior.