8.5-inch bicycle tubes

8.5 inch bicycle inner tubes at a glance

8.5" bicycle inner tubes are a special size often used for electric scooters, smaller e-bikes and special children's vehicles. These tubes are slightly larger than the classic 8" models and offer a precise fit for tyres that need extra grip and stability. The 8.5" size is ideal for vehicles that require stable and reliable tyres to ensure a comfortable ride and optimum safety.

A special feature of 8.5" bicycle inner tubes is their reinforced construction, which makes them highly resistant to punctures and abrasion. As they are often used on electric scooters and similar vehicles, they need to withstand additional loads and speeds. Many models feature thicker rubber walls or special anti-puncture layers to maintain air pressure longer and increase durability. This makes them ideal for everyday use in the city and for short journeys.

Well-known manufacturers of 8.5" inner tubes include Schwalbe, Kenda and CST. These brands are known for their durable, high-quality inner tubes and offer solutions that are perfectly tailored to the specific needs of e-scooters and small e-bikes. With an 8.5" inner tube from Schwalbe, Kenda or CST, riders can enjoy a reliable and safe ride.

Buy 8.5-inch bicycle tubes at great prices at reifen.com

In addition to 8.5-inch bicycle tubes, you will also find all standard sizes within our product range, at affordable prices. Our online shop relies exclusively on the high quality provided by a wide range of reputable bicycle tube manufacturers.

Bicycle tube material

Butyl

Butyl is a very elastic, airtight, and synthetic rubber. The weight of a butyl tube depends on the respective area of use. Crucial to the quality of a butyl tube is the ratio in which the additives required for their manufacture are mixed.

Within the racing tyre segment, a butyl tube is no heavier than tubes made of thermoplastic or latex. In the mountain bike segment, this is unfortunately not the case, with butyl hoses adding more weight than products made of thermoplastic or latex.

The air loss with butyl tubes is very low.

The puncture resistance of a butyl tube is generally not so great compared to the tubes made of thermoplastic or latex.

However, one crucial criterion is the price, with butyl hoses actually cheaper than their competitors made from thermoplastic or latex.

Latex

Latex is a very light, very flexible material, which offers exceptional puncture protection. Latex tubes are coated with talcum on the outside, meaning that the tubes do not stick to the tyres. This means that the tube can avoid punctures penetrating through the casing. In this regard, it is recommended that you apply an additional layer of talc in order to increase puncture resistance. However, latex is a highly sensitive material, and as such, these tubes should not come into contact with oil or grease, and must also be protected against the influences of daylight and heat.

The high elasticity of a latex tube results in a reduced rolling resistance.

The high elasticity also has a positive influence on puncture resistance. As a result, latex tubes are much more puncture-proof than their equivalent made of butyl.

Latex tubes are extremely light.

If you want to use a latex tube, you must be aware of the fact that you have to check the tyre pressure prior to each time you set off, and carrying a pump with you is also advisable. A latex tube will lose air much more quickly than a product made of butyl or thermoplastic.

Latex tubes are more expensive than butyl tubes.

Thermoplastic tubes

Tubes made of thermoplastic are relatively unknown. The most important difference to the butyl and latex tubes is the fact that these are made of a plastic. Tubes made of thermoplastic are extremely durable, and are much more elastic than their latex or butyl relatives.

Tubes made of thermoplastic are highly puncture-resistant, and should damage ever occur, these tubes are extremely easy to patch.

Thermoplastic tubes are incredibly lightweight. There are tubes that offer a weight saving of more than 50& compared to butyl tubes.

The roll resistance is very low on account of the flexibility of the thermoplastic tube.

A thermoplastic tube barely loses any air.