Product OverviewDesigned for accurate, burr-free finishing of tube sheets used in heat exchangers and condensers. Constructed from high-speed steel (HSS) and premium alloy steel, the reamer provides consistent hole sizing across a wide range of materials and operating conditions. Available in metric and imperial sizes suitable for industrial maintenance and production.
Materials and ConstructionMade from high-speed steel (HSS) and premium alloy steel to extend tool life and maintain cutting performance; cutting edges can be re-ground.
Sizes Available (Table)inch: 3/8'' to 1.1/4''
mm: 9.53 mm to 31.75 mm
Key Features- Precision reaming for smooth, accurate, and burr-free holes.
- High-quality HSS and alloy steel construction for durability.
- Metric and imperial sizing for compatibility with standard tubes and fittings.
- Specifically designed for tube sheet reaming in heat exchangers and condensers.
- Re-grindable cutting edges to extend service life and reduce operating costs.
Product Details / PerformanceThis tube sheet hole reamer delivers high-precision hole sizing to ensure correct tube fit and reduced friction during installation. Its robust design supports high-production environments and can be used manually or on CNC machines. Optimal cutting speed and use of appropriate coolant depend on tube sheet material; adjust feed rates accordingly to maximize tool life.
Applications- Reaming tube sheets for heat exchangers and condensers.
- Suitable for ferrous and non-ferrous tube sheet materials (stainless steel, carbon steel, copper, brass).
- Use in manufacturing, repair and maintenance—manual and CNC operations.
Technical Specifications- Commercial name: Tube Sheet Hole Reamer
- Material: High-speed steel (HSS) and premium alloy steel
- Sizes (inch): 3/8'' to 1.1/4''
- Sizes (mm): 9.53 mm to 31.75 mm
- Finish: Smooth, burr-free hole finishing
- Suitable materials: Stainless steel, carbon steel, copper, brass, other ferrous & non-ferrous metals
- Re-grindable cutting edges: Yes
- Primary use: Tube sheet reaming for heat exchangers and condensers
- Typical benefits: Precise hole sizing, reduced friction, extended tool life, consistent performance in high-production environments