PHI proprietary squaring and deburring blades are available in sets or individually. Sets include one blade each: inside, outside, squaring. Standard cutting angle is 45° – 37° and other angles available on special order.
Available square and deburr blades include:
- CK-1 Inside, 45°, Carbide, 1/16″ – P/N 900032-045
- CK-1 Outside, 45°, Carbide, 1/16″ – P/N 900031-045
- CK-1 Squaring, Carbide, 1/16″ – P/N 900033
- CK-1 Set, 45°, Carbide, 1/16″ – P/N 900034-045
- CK-1C Inside, 45°, Carbide, Titanium Nitride (TiN) Coated, 1/16″ – P/N 900038-045
- CK-1C Outside, 45°, Carbide, Titanium Nitride (TiN) Coated, 1/16″ – P/N 900037-045
- CK-1C Squaring, Carbide, Titanium Nitride (TiN) Coated, 1/16″ – P/N 900039
- CK-1C Set, 45°, Carbide, Titanium Nitride (TiN) Coated, 1/16″ – P/N 900040
- CK-2 Inside, 45°, Carbide, 1/8″ – P/N 900079-045
- CK-2 Outside, 45° Carbide, 1/8″ – P/N 900078-045
- CK-2 Squaring, Carbide, 1/8″ – P/N 900080-045
- CK-2 Set, 45°, Carbide, 1/8″ – P/N 900077-045
- CK-2C Inside, 45°, TiN Coated Carbide, 1/8″ – P/N 900042-045
- CK-2C Outside, 45°, TiN Coated Carbide, 1/8″ – P/N 900041-045
- CK-2C Squaring, TiN Coated Carbide, 1/8″ – P/N 900043-045
- CK-2C Set, 45°, TiN Coated Carbide, 1/8″ – P/N 900044-045
K-1 Inside, 45°, High Speed Steel, 1/16″ – P/N 900001-045.Discontinued. Use CK or CKC.K-1 Outside, 45°, High Speed Steel, 1/16″ – P/N 900000-045.Discontinued. Use CK or CKC.K-1 Squaring, High Speed Steel, 1/16″ – P/N 900002.Discontinued. Use CK or CKC.K-1 Set, 45°, High Speed Steel, 1/16″ – P/N 900020-045.Discontinued. Use CK or CKC.
K-2 Inside, 45°, High Speed Steel, 1/8″ – P/N 900007-045.Discontinued. Use CK or CKC.K-2 Outside, 45°, High Speed Steel, 1/8″ – P/N 900006-045.Discontinued. Use CK or CKC.K-2 Squaring, High Speed Steel, 1/8″ – P/N 900008.Discontinued. Use CK or CKC.K-2 Set, 45°, High Speed Steel, 1/8″ – P/N 900022-045.Discontinued. Use CK or CKC.
TK-1 Inside, 45°, Cast Alloy, 1/16″ – P/N 900004-045.Discontinued. Use CK or CKC.TK-1 Outside, 45°, Cast Alloy, 1/16″ – P/N 900003-045.Discontinued. Use CK or CKC.TK-1 Squaring, Cast Alloy, 1/16″ – P/N 900005.Discontinued. Use CK or CKC.TK-1 Set, 45°, Cast Alloy, 1/16″ – P/N 900021-045.Discontinued. Use CK or CKC.
TK-2 Inside, 45°, Cast Alloy, 1/8″ – P/N 900010-045.Discontinued. Use CK or CKC.TK-2 Outside, 45°, Cast Alloy, 1/8″ – P/N 900009-045.Discontinued. Use CK or CKC.TK-2 Squaring, Cast Alloy, 1/8″ – P/N 900011.Discontinued. Use CK or CKC.TK-2 Set, 45°, Cast Alloy, 1/8″ – P/N 900023-045.Discontinued. Use CK or CKC.
K-1 Inside, 37°, High Speed Steel, 1/16″ – P/N 900001-037.Discontinued. Use CK or CKC.K-1 Outside, 37°, High Speed Steel, 1/16″ – P/N 900000-037.Discontinued. Use CK or CKC.K-1 Squaring, High Speed Steel, 1/16″ – P/N 900002.Discontinued. Use CK or CKC.K-1 Set, 37°, High Speed Steel, 1/16″ – P/N 900020-037.Discontinued. Use CK or CKC.
K-2 Inside, 37°, High Speed Steel, 1/8″ – P/N 900007-037.Discontinued. Use CK or CKC.K-2 Outside, 37°, High Speed Steel, 1/8″ – P/N 900006-037.Discontinued. Use CK or CKC.K-2 Squaring, High Speed Steel, 1/8″ – P/N 900008.Discontinued. Use CK or CKC.K-2 Set, 37°, High Speed Steel, 1/8″ – P/N 900022-037.Discontinued. Use CK or CKC.
K-1 Special Inside, 37°, High Speed Steel, 1/16″ For 1/8″” OD tubing – P/N 900052-037.Discontinued. Use CK or CKC.K-1 Special Inside, 45°, High Speed Steel, 1/16″ For 1/8″” OD tubing – P/N 900052-045.Discontinued. Use CK or CKC.
PHI square and deburr blades are perfect for 2C, 2CP, 2CV, 2CPV, 3CP, 3CPV, 5CP, 6CP, 8CPV machines and their respective squaring and deburring heads, SB-1 (105002), SB-2 (105003), SB-3 (104930, 107641), SB-6 (955300), SB-8 (955278).
Refer to the PHI Tube/Pipe End-Finishing Equipment and Tooling Catalog, page 16, for more information.
K (high-speed steel) blades are discontinued as of JUN 2022 and TK (cast alloy) blades were discontinued some time before. The replacements are tungsten carbide blades (CK), which offer superior life and performance, or TiN coated tungsten carbide (CK-C) for even more. Physical dimensions for 1/16″ thick (-1) and 1/8″ thick (-2) blades are same regardless of material composition. [2022804]