BUCKLOS 11PCS Headset Spacer for MTB Road BMX Folding Bikes

Commuting, gravel, mountain, and downhill bicycles all require the use of headset spacers. These spacers serve the purpose of increasing the height of the stem, allowing riders to find the ideal riding position through the combination of different height washers. Additionally, they eliminate any voids between the fork, headset, and stem.

The internal diameter of these spacers is approximately 28.6 mm, while the external diameter is 34.5 mm. It is important to note that these spacers are packaged as a set, and cannot be purchased individually at a specific height. The package includes 11 pieces of headset spacers in 6 different sizes: 3 x 2 mm, 2 x 3 mm, 2 x 5 mm, 2 x 10 mm, 1 x 15 mm, and 1 x 20 mm. This variety ensures that riders can find the appropriate combination to suit their needs.

Regarding the material choices, there are two options available: carbon fibre and aluminum alloy. The carbon fibre spacers are made from woven carbon, offering a simple and restrained appearance, excellent quality, strength, temperature resistance, and impact resistance. The aluminum alloy spacers, on the other hand, come in a wide range of colours, providing a stylish, thin, and lightweight design with good strength.

The total weight of the carbon fibre spacers is approximately 41.8 g, while the aluminum alloy spacers weigh around 31.8 g. These spacers are suitable for use on a variety of bicycles, including mountain bikes, road bikes, and BMX bikes, making them a must-have accessory for cycling enthusiasts.

The sophisticated appearance of these spacers is achieved through the use of automatic cutting technology, which ensures smooth edges and a fine texture. Both the carbon fibre and forged aluminum versions offer excellent temperature resistance and impact resistance, ensuring their longevity and resistance to damage.

The unique tapered design of the ultra-lightweight aluminum spacer effectively enhances the aesthetics of the assembly, reducing the thickness of the gasket while still providing strength and compression resistance. This design feature allows for a weight savings of up to 40% compared to conventional aluminum spacers.

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