La bande ronde en uréthane premium est idéale pour vos applications de convoyeur et la plupart des autres applications légères à moyennes. Vous pouvez joindre les extrémités pour créer une ceinture personnalisée en fondant simplement les extrémités du matériau et en les colleant uniformement les unes aux autres jusqu'à ce qu'elles refroidissent. Nous sommes en mesure de produire des ceintures de câble pu avec des diamètres extérieurs allant de φ1.5mm à φ25mm.
| - Non, non. | OD (mm) | Compteur | Poids (kg) |
| Purb3 | 3 | 100 | 0.85 |
| Purb4 | 4 | 100 | 1.51 |
| Purb5 | 5 | 100 | 2.40 |
| Purb6 | 6 | 100 | 3.40 |
| Purb8 | 8 | 100 | 6.04 |
La surface lisse et rugueuse peut être faite, la couleur selon vos besoins.
Polyurethane round belts provide several advantages for conveyor and transmission systems.
Polyurethane material has outstanding wear resistance, which allows the belt to operate for long periods without significant degradation. This greatly reduces maintenance costs and replacement frequency.
PU cord belts maintain excellent flexibility even under repeated bending conditions. This allows them to work efficiently on small pulleys and compact conveyor systems.
One of the major advantages of polyurethane round belts is that they can be easily joined by hot welding. The ends of the cord can be melted and connected to form a continuous endless belt.
This feature allows quick on-site installation without removing conveyor components.
Polyurethane belts are resistant to oils, greases, and many chemicals, allowing them to perform reliably in different industrial environments.
Due to their strong mechanical properties and excellent wear resistance, PU round belts typically have longer service life compared with conventional rubber belts.
Polyurethane cord belts are widely used in industrial conveying and transmission systems.
Typical applications include:
Packaging machinery
Printing machines
Textile machines
Ceramic production lines
Food processing equipment
Automation systems
Material handling conveyors
The round belt structure allows smooth power transmission between pulleys and ensures stable operation in continuous production environments.
Polyurethane cord belts are typically available with two surface options.
Smooth surface belts provide lower friction and are commonly used in general power transmission applications.
Rough surface belts increase friction between the belt and pulley, making them suitable for applications where higher grip is required.
Choosing the correct surface type helps improve transmission efficiency and reduce slipping.
Compared with traditional rubber transmission belts, polyurethane cord belts offer several important advantages.
Polyurethane belts have higher abrasion resistance and tensile strength, allowing them to operate under continuous mechanical stress. They also provide better resistance to oils and chemicals, which improves their durability in industrial environments.
In addition, polyurethane belts maintain flexibility at low temperatures and resist cracking or deformation during long-term use.
These advantages make PU cord belts widely used in modern industrial automation and conveying systems.
À Yantai Aisili nouveau matériel Co., Ltd., we can manufacture polyurethane cord belts according to specific customer requirements.
Customization options include:
Custom diameters
Different hardness levels
Various colors
Smooth or rough surface
Special packaging
Our technical team can also recommend suitable specifications based on your equipment and working conditions.
Polyurethane cord belts, also known as PU round belts, are commonly used in light-duty power transmission and conveyor systems. They are widely applied in packaging machines, printing equipment, textile machinery, ceramic production lines, and various industrial automation systems. Due to their excellent flexibility and abrasion resistance, polyurethane cord belts are ideal for continuous conveying and power transmission applications.
PU round belts can be easily joined by hot welding. The two ends of the belt are heated using a welding tool until the polyurethane material melts, and then they are pressed together to form a strong connection. After cooling, the joint becomes a continuous endless belt. This method allows quick installation and easy replacement directly on the conveyor system.
Polyurethane cord belts are available in a wide range of diameters to suit different conveyor and transmission applications. Common diameters include 3 mm, 4 mm, 5 mm, 6 mm, 8 mm, and 10 mm. Larger sizes can also be produced for special industrial requirements. Custom diameters, colors, and hardness levels are available according to customer specifications.
Polyurethane cord belts offer excellent abrasion resistance, flexibility, and long service life compared with traditional rubber belts. The polyurethane material provides high tensile strength and good resistance to oils and chemicals. In addition, PU cord belts can operate smoothly on small pulleys and can be easily welded into endless belts, making them a convenient and reliable solution for conveyor and power transmission systems.
Yes, polyurethane round belts can be customized according to different industrial requirements. Manufacturers can produce belts with various diameters, colors, hardness levels, and surface types. Custom lengths and special packaging are also available. By adjusting the material formulation and dimensions, PU cord belts can be optimized for specific conveyor systems and working environments.
Our polyurethane cord belts are produced using high-quality polyurethane raw materials and stable extrusion processes. Each batch of products undergoes strict inspection to ensure consistent dimensions and reliable mechanical performance.
This quality control process ensures that every belt delivered to customers meets industrial application standards
À propos de ce point.
Résistance à la traction élevée, résistance à la traction, résistance à l'abrasion, résistance aux chocs, anti-huile.
Ceinture plate uréthane haute performance, résistance chimique, sans plastifiant.
Facile à souder, installation facile, haute résistance à l'usure, longue durée de vie.
Utilisé pour la transmission d'entraînement dans la machine d'emballage, la machine d'impression, la filatrice, le moteur d'entraînement, la brique de porcelaine etc..
