
The DAYTON - 3GWG8 is a Classical V-Belt, an essential component intended for the purpose of transferring power between rotating shafts. This mechanical device is typically found in industrial machinery or heavy-duty vehicles. Composed of gum rubber with a fabric cover and polyester cords, this belt is designed with the intention to manage high torque levels and operate within a range of temperatures.
Key Features of the DAYTON - 3GWG8 Classical V-Belt:
- Belt Material: Composed of Gum Rubber, intended to offer durability and flexibility in power transmission applications.
- Construction: The wrapped construction is aimed at improving the strength and potential lifespan of the belt.
- For Use With: Suitable for single or multiple V-belt drives, offering versatility in various industrial settings.
- Operating Temperature Range: Rated for operation within a temperature range of -22 Degrees to 194 Degrees F based on manufacturer's specifications.
- Outside Length & Top Width: Measures 27 inches in outside length and has a top width of half an inch; crucial dimensions for ensuring proper fit and tension in machinery drive systems.
- V-Belt Section & Type: Classified as 'A' section under classical type V-belts; important for industry professionals when selecting appropriate belts for their mechanical applications.
- Tensile Strength: Tested tensile strength is reported as 2,900 N/mm according to manufacturer's data; this does not guarantee resistance against breakage under all conditions."
🏢
Corporate Procurement & PO Processing
Formal Purchase Orders (POs) and tax-exempt ordering are accepted for commercial contractors and institutional facilities.
Apply for Trade Account & Terms →📋 Procurement & Shipping Notice
- LTL Freight Dispatch: Heavy commercial units ship directly via insured LTL carrier with delivery coordination included.
- Project Timelines & Submittals: Need guaranteed delivery dates, formal submittals, or tax-exempt processing?
👉 Request a Commercial Quote or contact our procurement team for direct freight scheduling.