Past. p/ Fresa TPMN 11 02 08 SMA

Ready to Ship
10203270
Add to cart 40,00 € and shipping is free
Ref
10203270
EAN
5601566208906

SANDVIK-COROMANT


Sandvik Coromant is the world's leading supplier of tooling and machining solutions. Its know-how acquired throughout its history drives the industrial standards and innovations required by the metalworking industry. It is currently present in 150 countries. 


See all product of SANDVIK-COROMANT

  • Security policy  

    Safety payments

  • Delivery policy  

    Worldwide shipping

  • Return policy  

    Returns within 14 days


PRODUCTS DATA
Ref
10203270
EAN
5601566208906
Brand

SANDVIK-COROMANT


Sandvik Coromant is the world's leading supplier of tooling and machining solutions. Its know-how acquired throughout its history drives the industrial standards and innovations required by the metalworking industry. It is currently present in 150 countries. 


See all product of SANDVIK-COROMANT

Attachments
Reviews
Reassurance
  • Security policy  

    Safety payments

  • Delivery policy  

    Worldwide shipping

  • Return policy  

    Returns within 14 days

16 other products in the same category:

silicone-neutro-construcao-alcoxy-snjf
CHEMISIL Neutral Ultimate AY Brown 8014 Silicone
- Professional quality
- Permanent elasticity and excellent adhesion to all construction materials
- Excellent mechanical properties
- Resistant to atmospheric effects, U.V. and ageing
- Does not cause corrosion
- Does not run in vertical joints
- Complies with the ISO 11 600 standard
- Compatible for most peripheral insulating glass seals as well as PVB films for safety glass
home
DASSY Boston Women Two-Tone Work Trousers n.º 42 +/- 245 g/m² Grey/Black
'- These women two-tone work trousers have Cordura® knee pockets that can be adjusted in height to ensure that your knee pads are in the best position to protect your knees. Moreover, the contemporary straight fit from the DASSY® Boston Women can easily be adapted to every body shape thanks to their features.
- PESCO 61, +/- 245 G/M²