InterDiamant Blade Underfloor Heating Mill

Professional diamond milling blades specifically developed for the high-speed installation of underfloor heating systems. These tools are engineered to mill precise, consistent slots for heating pipes in various types of screed floors, providing a robust and reliable solution for flooring professionals.

Application
Designed for the efficient milling of channels in screed and sand-cement floors. To ensure the highest efficiency and tool longevity, our assortment is divided into three specialized variants tailored to the specific hardness and abrasiveness of the surface:

Abrasive: Optimized for "soft" or highly abrasive sand-cement and "green" screeds. This bond is designed to withstand high friction and prevent premature wear.

Medium (Allround): The versatile "problem solver" for standard sand-cement screeds. Ideal for projects where the exact hardness of the floor varies.

Hard: Engineered with a specialized bond to remain sharp and effective in extremely hard, compacted, or power-troweled screeds.

Performance & Efficiency
These milling tools are built for durability and high output in the field. By utilizing a high-concentration diamond bond, the blades deliver:

Milling Comfort: Balanced segment distribution for reduced vibration and smoother guidance through the floor.

Precise Slotting: Designed to maintain segment width throughout its lifespan, ensuring heating pipes fit perfectly into the milled channels.

Stable Lifespan: Professional-grade bonds ensure the segments remain sharp and effective until the end of the tool's life.

Processing
Dry Use – Optimized for dry milling in existing floors, specifically when used in combination with professional dust extraction systems to ensure a clean and safe work environment.

Safety & Quality

oSa-certified production standards for maximum operator safety.

Reinforced steel core to withstand the high torque and lateral forces typical of specialized underfloor heating milling machines.

Laser-welded segments for a high-strength connection that ensures durability even under heavy thermal loads.