Urethane Timing Belts (metric)
Last Updated: February 12, 2025
Description
Urethane timing belts are designed to transmit power and synchronize movement between mechanical components. They are made from urethane, a type of polymer known for its flexibility and durability. These belts are typically used in systems where precise timing and positioning are crucial.
Working Principle
Urethane timing belts operate by engaging with the teeth of timing pulleys, ensuring a non-slip transmission of power. This engagement allows for precise control of the timing and movement of mechanical components. The urethane material provides excellent elongation and recovery properties, making these belts particularly useful in applications requiring flexibility and resistance to wear and abrasion.
Applications
While specific applications for urethane timing belts are not detailed in the provided documents, timing belts in general are used in a variety of industries for tasks such as synchronizing the movement of conveyor belts, driving camshafts in automotive engines, and in various types of machinery where precise timing is essential.
Advantages over other Timing Belts (metric)
Urethane timing belts offer several advantages over other types of timing belts. They exhibit excellent elongation and recovery characteristics, which contribute to their durability and flexibility. Additionally, urethane belts are abrasion-resistant, making them suitable for environments where wear and tear are a concern. These properties can provide a longer lifespan and reduced maintenance compared to belts made from other materials.
Limitations
The specific limitations of urethane timing belts are not detailed in the provided documents. However, general limitations of timing belts can include sensitivity to environmental factors such as temperature and humidity, which can affect their performance and lifespan.
Considerations
When selecting urethane timing belts, several factors should be considered. Initial costs may vary depending on the specific requirements of the application, such as size and reinforcement needs. Operating expenses can be influenced by the belt's durability and the frequency of maintenance required. Urethane belts are known for their durability and accuracy, which can reduce replacement and maintenance costs over time. However, it is important to consult with manufacturers for specific guidance on the best belt for your application, considering factors like environmental conditions and load requirements.
from Stock Drive Products & Sterling Instrument - SDP/SI
For power transmission applications, a belt and pulley drive system are one of the most common and cost-effective methods used to transfer motion in a drive system. synchronous timing belts, with their defined pattern and evenly spaced teeth, mate with matching timing belt pulleys and idlers to... [See More]
- Belt Material: Urethane
- Belt Width: 4.5
from Megadyne Americas
AT10 pitch, 450 mm min. welded belt length, 50 or 100m standard roll length [See More]
- Belt Material: Urethane
- Belt Width: 10
- Metric Pitch: AT 10mm
- Reinforcement: Reinforced (optional feature); Kevlar® (optional feature)
from Ondrives.US Corporation, formerly Rino Mechanical
Timing belts work with timing pulleys to transmit rotary motion between two parallel shafts. Ondrives.US ’ timing belts provide long working life with quiet operation, and, unlike chains, require no lubrication. We offer timing belts in a variety of profiles and configurations to pair with our... [See More]
- Belt Material: Neoprene; Urethane
- Reinforcement: Reinforced; Fiberglass; Kevlar®; Polyester
from F.N. Sheppard & Co.
Positive drive, perfect synchronization, no slippage, less maintenance [See More]
- Belt Material: Urethane
- Belt Width: 9 to 125
- Metric Pitch: S 2mm (optional feature); S 3mm (optional feature); S 4.5mm (optional feature); S 5mm (optional feature); S 8mm (optional feature); S 14mm (optional feature); 8MGT, 14MGT
- Number of Teeth: 31 to 560
from F.N. Sheppard & Co.
Backings can be applied to outside of Base Belts. F.N. Sheppard would like to assist in the selection and design process. Select the Base Belt and then let us know your application and thoughts, we can then give you suggestions and advise on choosing the Additional... [See More]
- Belt Material: Urethane
- Metric Pitch: T 2.5mm (optional feature); T 5mm (optional feature); T 10mm (optional feature); T 20mm (optional feature); AT 5mm (optional feature); AT 10mm (optional feature); AT 20mm (optional feature)
from F.N. Sheppard & Co.
Up to 36" or 900 mm wide. Available in H or T10 pitch. Available with v-guide for self tracking. Available with vacuum holes and vacuum lanes on tooth side [See More]
- Belt Material: Urethane
- Belt Width: 450 to 900
- Metric Pitch: T 10mm (optional feature); HTD 3mm (optional feature); HTD 5mm (optional feature); HTD 8mm (optional feature); HTD 14mm (optional feature); HTD 20mm (optional feature)
- Belt Length: 36000
from F.N. Sheppard & Co.
F. N. Sheppard Flex - Timing Belts are made to custom lengths ranging from 1.5 to 13.5 meters. Our unique manufacturing process provides you with the benefit of custom length belts with the additional power, strength and reliability of truly endless construction. [See More]
- Belt Material: Urethane
- Belt Width: 150
- Metric Pitch: T 5mm (optional feature); T 10mm (optional feature); T 20mm (optional feature); AT 5mm (optional feature); AT 10mm (optional feature); AT 20mm (optional feature); HTD 8mm (optional feature)
- Belt Length: 1500 to 13500
from F.N. Sheppard & Co.
These belts are manufactured in an endless form for greater strength and longer life compared to spliced (welded belts). Truly endless construction is ideal for power transmission and high tension applications. [See More]
- Belt Material: Urethane
- Belt Width: ? to 100
- Metric Pitch: T 2.5mm (optional feature); T 5mm (optional feature); T 10mm (optional feature); T 20mm (optional feature); AT 5mm (optional feature); AT 10mm (optional feature); AT 20mm (optional feature)
- Number of Teeth: 20 to 520
from F.N. Sheppard & Co.
These belts are manufactured in an endless form for greater strength and longer life compared to spliced (welded belts). Truly endless construction is ideal for power transmission and high tension applications. [See More]
- Belt Material: Urethane
- Reinforcement: Reinforced; Kevlar® (optional feature); Steel (optional feature)
- Metric Pitch: T 5mm (optional feature); T 10mm (optional feature); T 20mm (optional feature); AT 5mm (optional feature); AT 10mm (optional feature); AT 20mm (optional feature); S 5mm (optional feature); S 8mm (optional feature); S 14mm (optional feature)
- Features: Open-Ended