Honing stones 19–63 mm

Honing stones 19–63 mm

Price with VAT: €2,06
Price without VAT: €1,66
EU stock: 443 pcs — delivery in 7–18 days
Skip to product information
Honing stones 19–63 mm

Honing stones 19–63 mm

Price with VAT: €2,06
Price without VAT: €1,66
EU stock: 443 pcs — delivery in 7–18 days

High-quality abrasive stones for cylinder hones, designed for precise machining of cylindrical surfaces in engines and mechanical components. The stones enable effective smoothing, cleaning, and preparation of cylinder surfaces before installing new piston rings.

The product is ideal for mechanical workshops, automotive service centers, and DIY enthusiasts involved in engine rebuilding.

Key Product Features

  • Set of 3 honing stones

  • Precise machining of engine cylinders

  • Durable abrasive material with high wear resistance

  • Easy installation in the cylinder hone

  • Stable metal stone base

Technical Specifications

  • Product type: cylinder hone stones

  • Hone working range: 19 – 63 mm

  • Stone dimensions: 28 × 6 mm

  • Number of stones in the set: 3 pieces

  • Material: abrasive stone + metal base

Precise Cylinder Honing

The stones allow accurate leveling and smoothing of cylinder surfaces, which is crucial during:

  • engine rebuilding

  • piston ring replacement

  • removal of minor scratches and imperfections

  • preparing surfaces for further machining

Thanks to the proper abrasive material structure, they provide smooth operation and high honing efficiency.

Wide Range of Applications

The stones are designed for hones supporting cylinder diameters of:

19 – 63 mm

They are suitable for working with:

  • internal combustion engine cylinders

  • hydraulic components

  • cylinder sleeves

  • machine parts requiring surface smoothing

Solid Construction

The stones are made from high-quality abrasive material that provides:

  • high resistance to wear

  • stable performance during honing

  • even surface abrasion

The metal base ensures secure mounting in the hone and durability during intensive work.

You may also like