KING TONY emerged in 1976 and still maintains high-quality standards, consistently exceeding the requirements of the world's most demanding standards such as DIN (German) and ANSI (USA). The King Tony range of workshop tools includes solutions for almost every workshop need, including socket wrenches, impact wrenches, hammers, wrench sets, among others.
KING TONY emerged in 1976 and still maintains high-quality standards, consistently exceeding the requirements of the world's most demanding standards such as DIN (German) and ANSI (USA). The King Tony range of workshop tools includes solutions for almost every workshop need, including socket wrenches, impact wrenches, hammers, wrench sets, among others.
- Three long-leg design provides extra stability, which is crucial when working on hard-to-remove parts; - High-strength forged claws with flanges and bolts ensure durability and firmness; - Increased precision and stability during extraction operations, minimizing the risk of errors or accidents; - Reduced physical effort thanks to the spindle with support ball, making prolonged use easier.
- Full tungsten head; - Professional welding; - High material removal capability; - Available from 3 to 16mm diameter; - Length from 33 to 163mm; - Resistance to breakage; - Long tool life; - Material: Tungsten; - Suitable for: Steel, stainless steel, copper, bronze, cast iron, low alloy steel; - Compatible machine: Electric or pneumatic straight grinder.
For universal grinding work from fine to very fine grinding on materials which do not conduct heat well, e.g. stainless steel (INOX). - Active grinding additives in the coating substantially improve the stock removal rate, prevent clogging and result in cooler grinding. - Abrasive: Aluminium oxide A-COOL
- Zinc plated; for use with nº 12614 of same sizes; - For separating and extracting ball bearings, roller bearings, bushes, wheels and other tightly fitting parts; - Applying uniform pulling force to the side bolts will gently separate workpieces; apply puller nº 12614; - Apply force to pull off.
