Weldable round belts made of PU and TPE are available in various Shore hardness grades and diameters for transport and powertransmission. Many belts are foodapproved (FDA/EC/USDA) and have various special properties for particularly demanding applications (eg. antistatic, lowtemperature, UV resistance, low elongation, metal detectable).
Typical industries are Food, logistics, printing & paper, packaging, building materials and much more.
Hollow round belts should be welded just like solid belts. In the case of a breakdown, fitting connectors can be used for a quick repair, until the belt can be welded once again. Another advantage is the flexibility of the belt for small pulley diameters. The hollow round belts can be connected via metal connectors
Hollow round belts generally offer two advantages
· The flexibility of the belts allows them to be used for small pulley diameters
· In case of belt breakage, the downtime can be bridged immediately with a nipple connection.
Can Cables are specially designed for the transport of empty or filled cans on short or very long conveying distances. The belts are made of very hard PU or TPE raw materials and some also have a steel reinforcement.
Twisted round belts are the ideal solution for drive or transport systems in which several belts run on one shaft.
These belts are connected quickly, safely and easily by two hooks.
The second hook is simply closed with a pair of pliers.
Weldable Vbelts made of PU and TPE are available in various Shore hardnesses and diameters for conveying and powertransmission applications. Many belts are foodapproved (FDA/EC/USDA) and have various special properties for particularly
demanding applications (eg. UVresistance, low elongation, low temperature, metal detectable, antistatic). Typical industries are Food, logistics, printing & paper, packaging, building materials and much more.
TwinVbelts are an optimal solution for stable conveying or spreading
applications of product strands in the food industry. Our portfolio includes various design options, Shore hardness grades and reinforced products.
Rigde top Vbelts for the building material and tile industry. These profiles have a high wear resistance against heavy and abrasive building materials. Available in various Shore hardness grades for variable conveying distances.
These BEHAbelt belts are made of 100% PU or TPE and are therefore easy and quick to weld.
Tprofiles are ideal solutions for conveying of light goods and foodstuffs, whereas usually several Tprofile belts are running side by side. The integrated Vguide on the running side prevents the profiles from running sideways and thus guarantees precise straight running. The BEHAbelt portfolio includes Tprofiles in various geometries, PUshore hardnesses and colour combinations.
Tprofiles are ideal for transporting various light goods and foodstuffs, with several Tprofile belts usually running next to each other. The integrated guide wedge on the running side prevents the profiles from running sideways and thus guarantees precise straight running.
If a standard profile does not meet the requirements of your application, BEHAbelt offers you the unique opportunity to develop a customerspecific product. According to your specifications and your design! Examples of possible uses are the following French fries, sorting solutions for fruit and vegetables, gentle transport of glass, spreading applications for sweets, for conveying grains and similar goods.
BEHAbelt offers a comprehensive portfolio of monolithic elastic conveyor belts for various industrial applications. Due to the steadily growing automation of industrial production processes and processing machines, new challenges are constantly arising. Only when all machine components keep pace with your product characteristics will real progress be made in terms of efficiency, capacity and safety. BEHAbelt’s conveyor belts and belting are purely monolithic; i.e. they are made entirely of polyurethane and do not require a fabric insert.
Thus, these belts allow for service life improvements and significantly minimize the risks in terms of food contamination that can occur due to stock separation or fraying.