Kenda K917 Karma Pro 26x22 Folding Tire - Single - 26x2.10

Description

DTC - Dual Tread Compound.The ultimate tread compound. DTC Tread Compound Folding Bead 30-50 psi 120 TPI ERTO 50-559 (1.95) 54-559 (2.10) 682 +/- 34g SCT - Modification of existing Kenda tire technologies making them now compatible with fluid based tubeless conversion systems. Found typically in Kenda's Legends Series and race/performance tires. Kenda's L3R PRO compound (60 shore A durometer) in the center and the cornering knobs have STICK-E compound (50 shore A durometer). NEW Sealant Compatbile Technology (SCT) in some tires is the modification of existing Kenda tire casing technologies optimizing them for use with fluid based tubeless Conversion systems. No longer are riders bound to weakness of a tube that can be punctured nor do they need to worry about a tubeless tire adding undue rotating weight. The benefits are great center tread life, and great cornering control and grip. Best when used as set. Large air volume casing for plenty of comfort & float. Small square low profile knobs accentuate this tread pattern for fast cross country rides & races. This listing is for a single tire purchase. Can be used as front or rear tire.

Key Features

• NEW Sealant Compatbile Technology (SCT) in some tires is the modification of existing Kenda tire casing technologies optimizing them for use with fluid based tubeless Conversion systems.
• Small square low profile knobs accentuate this tread pattern for fast cross country rides & races.
• No longer are riders bound to weakness of a tube that can be punctured nor do they need to worry about a tubeless tire adding undue rotating weight.
• Large air volume casing for plenty of comfort & float.
• Kenda's L3R PRO compound (60 shore A durometer) in the center and the cornering knobs have STICK-E compound (50 shore A durometer).
• DTC Tread Compound Folding Bead 30-50 psi 120 TPI ERTO 50-559 (1.95) 54-559 (2.10) 682 +/- 34g SCT - Modification of existing Kenda tire technologies making them now compatible with fluid based tubeless conversion systems.