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With Pre-Order, you can purchase the latest items added to our store in advance of them arriving with us.
Your Pre-Order is prioritised (at no additional charge); meaning that as soon as the product arrives with us, we can wrap it straight back up; ready for collection via Click & Collect or despatch to you — it often never even hits the stock room shelves!
With Pre-Launch, the date when we expect to receive the product ourselves is still a little too hazy to be confident in accepting Pre-Orders.
So, instead, you can submit your email address against the item you are interested in and we will email you as soon as stock arrives on the system.
Estimated Delivery & Collection Dates are given on Pre-Order and Pre-Launch products. They are for indication purposes only and can change at any time without notice.
The dates we provide are based on indications given by our suppliers. Whenever we get updated information from our suppliers we will endeavour to update the Estimated Delivery & Collection Dates provided on product pages.
Hassle Free Returns
Please contact the shop and we are happy to help with any returns
Brand:Taya
Code:TY3499
Taya has developed a range of chains specifically designed to deal with the greater torque and stress an e-bike delivers to the drivetrain.
The Taya e-OCTO-DH 8-speed chain is engineered to endure downhill challenges and aggressive terrains, boasting high-strength materials and precise construction for durability in extreme conditions. It features Diamond Hard Technology (DHT) treatment, which provides up to HK 2,000 hardness to prolong the life of the chain through friction reduction and heightened hardness.
This chain is compatible with leading e-bike systems, including Bosch (350W, 75Nm) and Yamaha (500W, 80Nm) series, and is approved for 1000W and 160Nm torque mid-drive systems. It also fits with e-bike gear hubs, offering a balance of simplicity and versatility for urban commuting and leisure. Sub Punched Pin technology uses pins with smaller diameters to increase flexibility and efficiency while reducing wear.
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