Better Breaks and Jumps Through Chemistry When Cuetec’s previous composite tip partner discontinued production of the Break/Jump 2.0, the moment could have been a setback. Instead, it sparked a deeper technical exploration. The result is Kintrol — a new class of utility tip engineered from the inside out to convert stored energy into controlled power. For a how-to guide on proper Kintrol break tip change guide click here Kintrol Tip Installation | Cuetec At its core, Kintrol uses a multi-axial, spiral-wound glass-fiber resin matrix. This internal structure behaves like a directional energy conduit: the fibers are oriented to channel force directly along the cue’s axis during impact, minimizing torsional loss and maximizing power transfer into the cue ball. Surrounding that core is a precision-formed E-Glass outer shell, which delivers radial stability and prevents deformation over time. The two components work together as a unified composite system, creating a tip that responds predictably under high-speed, high-pressure contact. Where traditional composite tips can break down due to heat, humidity, or repeated micro-fracture from impact fatigue, Kintrol’s resin chemistry and fiber alignment are specifically formulated to resist thermal expansion, moisture saturation, and structural creep. That means the tip maintains its shape, rebound characteristics, and grip on the cue ball shot after shot — day after day. Features: Aerospace-Grade Glass-Fiber Composite Resin Multi-Axial, Spiral Wound, Layered Construction Encapsulating Outer E-Glass Shell Fits Break and Jump Shaft Diameters from 13.85mm-14.10mm
