125mm Concrete Tuck Point Blade with Roof Segments

Description

All concrete tuck point blades made by Xpert Diamond Tools utilize laser welding. Compared to high-frequency welded blades, laser-welded blades offer significantly stronger welds, ensuring that the segments won’t detach from the blade. While high-frequency welded blades may be more affordable, laser-welded blades are a superior and more reliable option.

This 125mm concrete tuck point blade features laser-welded V-shaped roof segments and several protective side teeth. The roof segments allow for easier access when tuckpointing in narrow spaces, while the side teeth protect the blade core and assist in grinding materials, resulting in smoother grooves for repairs.

Additionally, you’ll observe that the blade core utilized in this design is distinct, highlighted by a series of narrow holes arranged in a circular pattern around the central bore. These holes fulfill several functions:

• Cooling: They allow air to pass through the blade during operation, helping to cool the blade and prevent overheating.
• Dust Removal: As the blade cuts into materials like concrete or masonry, these holes help eject the dust and debris, which can improve cutting efficiency and prolong the life of the blade.
• Noise Reduction: The holes can also help in reducing the noise generated during the cutting process, making the operation quieter.
• Reducing Weight: The inclusion of holes reduces the overall weight of the blade, which can make the saw easier to handle, decrease user fatigue during prolonged use, and save shipping costs.

For optimal performance and longevity, wet cutting is recommended. What’s more, it reduces dust and is safer for operators. If dry cutting is necessary, be sure to use a dust collection system, such as a vacuum cleaner, to minimize dust exposure.

4 basic info required for concrete tuck point blade

A concrete tuck point blade is a highly customized tool used for tuck-pointing concrete floors. Customization options include the diameter of the blade, the size of the segment, the bond of the segment, and whether or not they have side teeth. When buying concrete tuck point blades, these four points should be considered.

Blade diameter

The diameter of the blade is the basic information required. First, it determines whether it can suit your machine, and second, it determines whether the cutting depth can fit your project. You need to decide the diameter of the concrete tuck point blades based on your cutting machine and the cutting depth you need for your projects.

Segment width

For the segment size, the most important aspect is the width. For a specific cutting project, aside from the cutting depth, the other crucial factor is the width. The width of the segment determines the cutting width. Therefore, the segment width, or cutting width, is a basic specification that we need to know.

Bond type

When tuck-pointing the concrete floor, the process is actually grinding. To maximize the output of the concrete tuck point blade, we need to customize the bond types to target the hardness of the concrete floor. Like our concrete grinding diamonds, we can provide you with various segment bonds for different hardnesses of concrete, including:

• Extremely Soft Bond for extremely hard concrete.
• Very Soft Bond for very hard concrete.
• Soft Bond for hard concrete.
• Medium Bond for medium concrete.
• Hard Bond for soft concrete.
• Very Hard Bond for very soft concrete.

Side teeth

We provide tuck point blades with or without side protective teeth. Usually, the side teeth are not arranged fully under each segment, leaving a gap of one tooth’s distance between two side teeth. Although they require extra cost, there are several advantages of side protective teeth, including:

• Enhanced Protection: The side protective teeth shield the blade’s core and increase its durability, especially when working on hard materials or when there’s a risk of the blade getting pinched.
• Cleaner Cuts: Side protective teeth can help in making cleaner, more precise cuts by stabilizing the blade and reducing wobbling.