PFERD BW 15020-32 CN 120 CARBIDE grinding block Ø 150x20 mm bore-Ø 32 mm SiC120 for hard materials (e.g. carbide) - 39008425

Name: PFERD BW 15020-32 CN 120 CARBIDE grinding block Ø 150x20 mm bore-Ø 32 mm SiC120 for hard materials (e.g. carbide) - 39008425
Brand: PFERD
SKU: 04022048
Price: 30.02 EUR
Availability: PreOrder

From 1 piece €30.02

From 5 pieces €28.52 - €7.51 saving

From 10 pieces €27.77 - €22.52 saving

From 15 pieces €27.02 - €45.03 saving

30.02 tax incl.

€24.81 excl. VAT (incl. all environmental contributions)

PFERD BW 15020-32 CN 120 CARBIDE grinding block Ø 150x20 mm bore-Ø 32 mm SiC120 for hard materials (e.g. carbide) - 39008425

€30.02

On order: delivered from 26/05/2026

each

Ordered before 20:00 - delivered as of 26/05/2026
Shipping costs €11.99 VAT included | Free shipping for orders over a total amount of 125 euros
Delivery by DHL
Delivered from Belgium

Product information

Product description

PFERD Bench grinding wheel dia. 150x20 mm centre hole dia. 32 mm SiC120 for hard materials e.g. tungsten carbide

Characteristics

PFERD bench grinding wheels have been adapted to the standard bench grinders on the market
The CARBIDE type is used on hard materials, such as for sharpening tungsten carbide tools

Advantages:

Long tool life.
High dimensional stability.
High abrasive performance.
Integrated adapter sleeves for mounting on almost any bench grinder spindle.

Key features according to our expert

Diameter: 150 mm
Grit size: 120
Bore size: 32 mm
Thickness: 20 mm

Specifications / All features

Brand: PFERD
04022048
EAN: 4007220610206
Supplier number: PFERD 39008425

Diameter: 150 mm
Grit size: 120
Bore size: 32 mm
Thickness: 20 mm
Workable materials 1: Hardened, heat-treated steels above 1,200 N/mm² (< 38 HRC)
ø outside metric: 150
Max. rpm: 4500
Processing tasks 1: Sharps
ø shaft hole: 32
Processing tasks: Deburring
Workable materials 2: Steel grades with hardness > 54 HRC
Width metric: 20
Processing tasks 2: Edge processing (chamfering, rounding)
Workable materials: Glass
Workable materials 3: Carbide