Diamond Blades

Diamond blades for cutting concrete, brick, block, porcelain, asphalt and metal. Designed for professional use in construction and site work across the UK.

Choosing the right diamond blade isn’t just about diameter. Material density, bond hardness and tool type all affect cutting speed, durability and overall performance on site.

This category includes professional-grade diamond cutting discs selected for consistent performance in demanding environments across the UK.

Choosing the Right Diamond Blade

Different materials require different blade specifications.

High-density materials such as reinforced concrete and Class B engineering brick generate more resistance and heat during cutting. If the bond is not matched correctly, performance drops and glazing can occur.

Before selecting a blade, consider:

  • The material you are cutting
  • Whether reinforcement is present
  • Required cutting depth
  • Angle grinder or petrol saw use
  • Dry or wet cutting conditions

If you’re unsure, these guides will help:

Selecting the correct blade specification improves speed, reduces overheating and extends working life.

For help choosing the right blade, see our Concrete Cutting Guide

Diamond Blades for Concrete and Reinforced Materials

Concrete and reinforced concrete require blades designed to handle both abrasive aggregate and steel contact.

Using a general-purpose blade on high-density materials can result in:

  • Slow cutting speed
  • Excessive heat build-up
  • Premature segment wear
  • Blade glazing

For reinforced concrete and dense structural materials, choose a blade rated for high-density performance such as the Pathfinder Concrete Cutting Disc or other reinforced-specific options within this category.

Diamond Blades for Asphalt and Abrasive Materials

Asphalt and fresh concrete are more abrasive than dense structural concrete.

These materials typically require a softer bond that allows controlled wear and consistent exposure of fresh diamonds during cutting.

Selecting a blade matched to abrasive materials improves efficiency and prevents unnecessary strain on the tool.

Browse our Asphalt cutting blades

Diamond Blades for Porcelain and Ceramics

Porcelain and ceramic tiles require a specialist diamond blade designed for clean, precise cutting without chipping. Unlike standard masonry blades, porcelain blades feature a finer segment or continuous rim to deliver a smooth finish on hard, brittle materials. Ideal for tilers and site work where accuracy matters, these blades are built to handle dense porcelain while maintaining control and reducing breakage.

Browse our diamond blades for porcelain and ceramic tiles

Metal & Inox Cutting

Metal and inox (stainless steel) require diamond blades specifically designed to handle hard, dense materials without excessive wear. Unlike abrasive discs, diamond blades for metal offer longer life, consistent performance and cleaner cuts across steel, stainless and other ferrous materials. Ideal for site work and fabrication tasks where durability and efficiency matter.

Browse our diamond blades for metal and inox

Hard Material Cutting

Hard materials such as engineering brick, reinforced concrete and dense masonry demand a high-performance diamond blade built for strength and durability. These blades are designed to maintain cutting speed while resisting wear in tough conditions, making them ideal for demanding site work where standard blades would struggle.

Browse our diamond blades for hard materials

Professional-Grade Diamond Blades in the UK

All blades within this category are intended for professional construction and groundworks use.

They are selected for:

  • Reliable cutting speed
  • Controlled bond wear
  • Durability in demanding conditions
  • Reduced downtime on site

If you regularly cut dense concrete, reinforced sections or abrasive materials, selecting the correct diamond blade specification will improve performance and reduce long-term cost.

Explore the subcategories below to find the correct blade for your material and application.