
V-belt Gates 11M 1060
- Brand
- GATES
- Category
- Power transmission
- Subcategory
- V-belts
- Series
- Polyflex
We reply promptly.
Tell us the quantity you need and request a quote by WhatsApp or email.
Can't find the exact model? Tell us the part number or model you need. We'll track it down and quote it, whether or not it appears in our catalog.
Description
GATES 11M 1060 belongs to v-belt, part of our Power transmission range. Tell us how many you need by WhatsApp or email and we'll get back to you promptly with a quote for 11M 1060 and any equivalents.
The Gates Polyflex 11M 1060 is a narrow V-belt with a 1060 mm length. It is used in compact, high-speed drive systems where space is limited and precise power transmission is required.
Polyflex belts are typically found in applications such as machine tools, textile machinery, and small industrial drives. They are suited for drives with small pulley diameters and high speeds, where standard V-belts may not perform as well.
To confirm fit, compare the belt's profile and length to the original. The 11M profile and 1060 mm length must match the drive's requirements. Check pulley grooves for wear and ensure they are compatible with the narrow V-belt profile.
When ordering, provide the part number 11M 1060 and the quantity needed. If you are unsure about the correct belt for your application, our team can help verify the profile and length from your old belt's markings or equipment details.
Dimensions
- Length
- 1060mm
Frequently asked questions
- What does the 11M profile mean?
- The 11M indicates the cross-sectional profile of the belt, which determines the pulley groove it fits. It is a narrow V-belt profile designed for compact drives.
- How do I measure the length of this belt?
- The length is given as 1060 mm. To confirm, measure the outside circumference of your old belt or check the equipment manual for the specified length.
- Can I use this belt in a set with others?
- Yes, for drives requiring multiple belts, it is recommended to replace all belts at the same time to ensure even load distribution and consistent performance.

