Due to innovative processing of a special material Tubolitos are not only lighter but also more robust than classic tubes made of butyl.
The needle penetration test is an important parameter for measuring the puncture resistance of a bicycle inner tube. It measures the force needed to puncture a tube with a test mandrel. This test indicates: Twice as much force is needed to puncture a tube of the Tubo-MTB series compared to standard butyl tubes.
Yes, all Tubolitos can easily be patched with the Tubo-Patch-Kit developd by us.
To see our full product range please visit the “products” section on our homepage. However, we are constantly testing new ideas and innovations. As soon as a new product is available, we will keep you informed on our homepage and on our social media channels.
Yes, we performed tests with different products. Following products seal Tubolitos:
Sealant: Oko Puncture free Bike
Repair Spray: Nigrin Reifendicht; Vittoria Pitstop Super Magnum; Tip Top Pannenspray; Güp Kwiki
As the graph indicates Tubolitos do have similar characteristics concerning air retention as rubber tubes.
While our road products are also made for rim brakes, the tubes for MTB can only be used with disc brakes. This is due to the different processing of the material.
Our road products do comply with the test DIN4210 (15 minutes of braking with maximum 10×10 seconds interruption) with aluminium and carbon rims.
Doing a disruptive test, meaning braking as long as the product is defect, Tubolitos do not lose the air explosive such as butyl products but slowly over several minutes.
The maximum and minimum air pressure are basically determined by the tire. Please check the indications of your tire!
Please note that not mounted Tubolitos are not supposed to be inflated with more than 0,5 bar/7 psi. Otherwise they will be deformed and can get defective.
As long as the dimensions of the the wheel (wheel diameter and width) are the same, this can be done without problems.
Yes. However, as for butyl tubes, CO2 does not stay as long in the tube as air, meaning that reinflating will be necessary earlier.
For the production of the raw material necessary for a 85 gram Tubo-MTB-29 about 7 MJ energy are needed and about 0,3-0,33 kg CO2 are emitted. In comparison, the production of the raw material necessary for a 200 grams standard tube made of butyl rubber 22 MJ energy are needed and about 1,26-1-33 kg CO2 are emitted. The graphic below illustrates that also the water needed to produce the raw material for Tubolitos is much less than the water needed to produce the raw materials of other tubes.
Citation: M.F. Ashby, Materials and the Environment – ECO-Informed Material Choice, 2nd edition, Butterwoth-Heinemann, plus accompanying CES EDUPack Software
In case we ask you to submit product information about your Tubolito for quality review purposes, please send us the following two codes.
Step 1. Finding the Product Code of your Tubolito:
The product code is a 9 digit code next to the Tubolito logo on your tube.
In the example picture: 907111206
Step 2. Finding the Batch Code of your Tubolito:
The batch code is made up of 4 or 5 digits and a letter and is printed right underneath the name of your Tubolito.
In the example picture: 19465A
Thank you for your help and we hope you continue to enjoy using