Which materials is this diamond blade suitable for?

This universal blade is designed for cutting various construction materials such as concrete, masonry, and stone.

Which machines are compatible with the Carat CEB15090TT?

You can use it on angle grinders and wall chasers that take a 150 mm disc diameter with a 22.2 mm bore.

Is this blade intended for dry or wet cutting?

This diamond blade is engineered for dry cutting without water cooling.

What are the dimensions of this diamond blade?

The blade has a diameter of 150 mm and a standard bore of 22.2 mm.

What is the benefit of the Thunderline TT segments?

The alternating TT segments deliver fast cutting performance right from the first cut with optimal cooling stability.

CARAT CEB15090TT Thunderline diamond wheel universal 150 x 22.2mm

Name: CARAT CEB15090TT Thunderline diamond wheel universal 150 x 22.2mm
Brand: CARAT
SKU: 02453865
Price: 70.6 EUR
Availability: InStock

Supplier number: CARAT CEB15090TT | EAN 8714452108888

Recommended Retail Price €88.33

70.60 tax incl.

€58.35 excl. VAT (incl. all environmental contributions)

On stock - immediately available | we have 2 products in stock.

Ordered before 20:00 - delivered as of 03/10/2026
Shipping costs €11.99 VAT included | Free shipping for orders over a total amount of 125 euros
Delivery by DHL

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Fast universal cutting with Carat

Practical benefits

Instant and rapid start: The alternating TT segments allow you to initiate smooth, rapid cuts into various building materials from the very first contact.
Efficient cooling with stability: A dual arrangement of curved and straight slots keeps the core cool in dense materials while preserving cutting rigidity.
High diamond retention coating: Specially coated diamond grit stays securely bonded longer, helping you achieve significantly faster cutting speeds on the job.

In a nutshell

The right choise for

With the Carat Thunderline CEB15090TT diamond blade, you cut through diverse hard building materials like concrete and masonry with speed and precision. The alternating tt segments allow you to initiate smooth, rapid cuts right from the very first contact. Specially coated diamond grit stays securely bonded longer, helping you achieve faster cutting speeds on demanding dry jobs. At the same time, the dual straight and curved cooling slots ensure optimal heat dissipation and blade stability throughout heavy-duty use. Featuring a 150 mm diameter and a 22.2 mm bore, this universal disc fits seamlessly onto your angle grinder or wall chaser.

Product information FAQ

€70.60

In stock - tax incl.

Key features according to our expert

(Disc) diameter: 150 mm
Connection size (disc): 22,2 mm
(Disc) attachment: Bore hole
Application (disc): Cutting
For material: Various
Series: THUNDERLINE

Product description:

Extra coating on the diamond grains so they stay in place longer to achieve even higher speed.
Combination of slots in the trunk blade for extra cooling and greater stability.
Renewed alternating TT segment, so that fast cuts can be made immediately

All Features

(disc) diameter: 150 mm
Connection size (disc): 22,2 mm
(disc) attachment: Bore hole
Application (disc): Cutting
For material: Various
Series: THUNDERLINE

Brand CARAT
02453865
EAN 8714452108888
Supplier number CARAT CEB15090TT

Frequently asked questions about this product

Answered by specialists

Which materials is this diamond blade suitable for?: This universal blade is designed for cutting various construction materials such as concrete, masonry, and stone.
Which machines are compatible with the Carat CEB15090TT?: You can use it on angle grinders and wall chasers that take a 150 mm disc diameter with a 22.2 mm bore.
Is this blade intended for dry or wet cutting?: This diamond blade is engineered for dry cutting without water cooling.
What are the dimensions of this diamond blade?: The blade has a diameter of 150 mm and a standard bore of 22.2 mm.
What is the benefit of the Thunderline TT segments?: The alternating TT segments deliver fast cutting performance right from the first cut with optimal cooling stability.