Park's Anti-Seize Compound reduces friction in threaded and press fit connections for easy assembly and disassembly. It's ideal for bottom brackets, pedal threads, headset cups, seatposts, quill stems and much more. This compound also seals and protects parts from corrosion and rust under the most extreme conditions.
Park's SuperGrip Carbon Assembly Compound is a combination of grease and tiny particles and is ideal for lubricating, protecting and tightening carbon components, like seatposts, handlebars and stems. SuperGrip solves the problem of carbon parts moving and slipping, which can happen if they are not lubed, or you apply standard grease or lube to them. It also works well with aluminum and steel components.
HPG-1 Park Tool High Performance Grease is proprietarily blended to meet the demanding needs of today’s high performance bicycles and high end components. -Superior adherence and extended lubrication life -Extreme temperature range: -20°F to 540°F (-29°C to 282°C) -Highly water resistant -Perfect for high end applications including precision ground and ceramic bearings, pivots and suspension components 4-ounce (113 g) tube
Threadlockers lock threaded assemblies and keep them from loosening. Notice: Park Tool AP-1 Adhesive Primer must be used to prep all components, fasteners and carbon fiber surfaces prior to application of Park Tool threadlockers or retaining compound. Failure to do so could result in permanently bonded parts.
Park's PolyLube is specifically formulated to protect bearing components. Its Polyurea grease has extremely high shear strength to protect bottom brackets, headsets, pedals and hubs. Use it on threads, seatposts, stems and cables, too. It's also safe for fork seals, and repels water.
Prepares surface, accelerates curing and promotes maximum performance of Park Tool TLR-1 and TLR-2 Threadlockers as well as RC-1 Retaining Compound. Notice: Must be used on all component, fastener and carbon fiber surfaces in conjunction with threadlockers and retaining compounds that contact carbon fiber such as PF30 bottom brackets or brackets or bearings pressed into carbon fiber frames. Failure to do so could result in permanently bonded parts.
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