
Green Concrete Blade for Early Age Concrete Cutting

Green Concrete Blade for Early Age Concrete Cutting
The Green Concrete Blade is a laser welded diamond blade specifically developed for early-age and abrasive material cutting using hand held saw machines. This Green concrete Blade is intended for distributors, contractors, and OEM buyers who require controlled cutting performance and extended wear resistance when working on fresh concrete and soft, sandy aggregates.
- Diameter / size: 300mm / 350mm / 400mm / 450mm / 500mm
- Segment type / shape: Rectangle shape and drop segment
- Manufacturing method: Laser welded
- Machine compatibility: Hand held saw machine
- Bore size: 25.4mm
Product Overview
This blade is engineered for green concrete and other abrasive materials where rapid segment wear and undercutting are common challenges. The segment layout combines rectangular cutting segments with drop-protection segments to help maintain segment support and reduce erosion when cutting soft or sandy aggregates.
Manufactured using a laser welded process, the blade is designed to provide secure segment attachment and stable cutting behavior under demanding jobsite conditions. It is suitable for early-entry cutting, surface preparation, and general cutting tasks where durability and consistent cutting depth are required.
Specification Data
| Diameter | Seg Height | Seg Width | Arbor Size |
|---|---|---|---|
| 300mm | 12mm | 3.0mm | 25.4mm |
| 350mm | 12mm | 3.2mm | 25.4mm |
| 400mm | 12mm | 3.2mm | 25.4mm |
| 500mm | 12mm | 4.0mm | 25.4mm |
Key Features
- Drop-protection segment design reduces undercutting to help maintain blade shape and consistent cutting depth
- Rectangle cutting segments provide stable tracking and controlled cutting in green and abrasive concrete
- Wear-resistant bond concept supports extended service life during abrasive material cutting
- Laser welded segment attachment ensures strong retention for reliable jobsite operation
- Designed for green concrete applications to deliver consistent performance on early-age slabs











