230mm Ultra-Thin TCT Circular Saw Blade 120 Teeth for Aluminum Plastic Wood Precision Cutting
Precision Sizing for Industrial Panel Processing
Technical Specifications:
Diameter: 230mm(9″)
Teeth: 120T
Arbor: 25.4mm
Kerf: 1.8mm
Grind: TCG
The 230mm Ultra-Thin TCT Circular Saw Blade with 120 teeth is a professional-grade precision cutting tool, purpose-engineered for clean, burr-free machining of aluminum, plastic and wood materials. Built with premium tungsten carbide teeth and an ultra-thin alloy steel body, it combines high cutting accuracy, minimal material waste and long service life, making it ideal for fine processing scenarios with strict surface finish requirements.
Core Selling Pionts
- Precision Cutting
Standard arbor bore compatible with reducing washers. Quenched high‑strength steel body ensures stable rotation and tight tolerances for precision cutting.
- Long‑Service Durability
Premium carbide tips, laser silencer slots and heat‑dissipation holes deliver consistent, long‑lasting performance for workshop and on‑site operations.
- Smooth Chip‑Free Cuts
TCG (triple chip grind) tooth profile with deep chip gullets achieves clean burr‑free finishes and efficient chip evacuation on aluminum, plastic, solid wood and MDF.
Key Features
- Precision Finish Cutting
Standard arbor bore compatible with reducing washers. Quenched steel body ensures stable running and tight tolerances for precision cutting.
- Long Service Life
Premium carbide tips deliver high wear resistance for sustained cutting of wood, aluminum and plastic materials.
- Splinter-Free Finish
TCG (triple chip grind) teeth with deep gullets achieve burr-free clean cuts and efficient chip removal on solid wood, MDF, plywood, aluminum and plastic.
- Work Efficiency Boost
Fewer blade changes and less rework cut downtime, lifting productivity for both on-site and workshop operations.
Ideal For
- Solid wood & engineered wood panel precision cutting
- Particleboard & plywood fine processing
- Decorative & laminated board finish cutting
- Furniture & flooring component machining
| Diameter / mm | Kerf / mm | Arbor / mm | Teeth | Tooth Profile |
|---|---|---|---|---|
| 110 | 1.4 | 20/22.23 | 40 | TCG |
| 125 | 1.4 | 22.23 | 48 | TCG |
| 150 | 1.5 | 22.23/25.4 | 60 | TCG |
| 180 | 1.6 | 25.4 | 72 | TCG |
| 200 | 1.6 | 25.4 | 80 | TCG |
| 230 | 1.8 | 25.4/30 | 80 | TCG |
| 250 | 1.8 | 25.4/30 | 100 | TCG |
| 254 | 2.0 | 25.4/30 | 120 | TCG |
| 300 | 2.2 | 30 | 140 | TCG |
| 305 | 2.2 | 30/25.4 | 140 | TCG |
Hand‑held circular saws and portable site saws
Optimized for handheld & portable jobsite circular saws. TCG carbide tips reduce heat buildup, preventing burn marks & burrs on wood, panels, aluminum and plastic. Quenched steel body delivers consistent, splinter-free clean cuts in one pass.
Mitre saws & precision chop saws
Optimized for mitre saws & precision chop saws. Heavy-duty quenched steel body ensures stable, high-precision cutting. TCG carbide tips control heat buildup for consistent, burr-free cuts on precision-sized wood, panel, aluminum and plastic parts.
Bench‑top table saws
Optimized for bench‑top table saws. High‑strength quenched steel body resists cutting stress. TCG carbide tips improve heat dissipation and prevent residue buildup, delivering reliable precision performance for wood, engineered panels, aluminum and plastic processing.
Small Panel Saws
This 230mm 120-tooth TCG ultra-thin precision TCT saw blade is fully compatible with mainstream small panel saw models, ideal for precision sizing of MDF, plywood, decorative panels, solid wood, aluminum profiles and plastics in small and medium-sized processing workshops.
Cutting Materials
- Aluminum alloys, profiles, sheets and bars
- PVC, acrylic and engineering plastics
- Solid wood, MDF, plywood and decorative boards
INDUSTRIAL SAWMILL APPLICATIONS
Processes aluminum profiles, engineering plastics, solid wood, MDF, plywood & laminated boards for furniture, cabinetry, flooring and construction applications
Delivers stable, burr-free precision cutting performance for high-volume panel and profile production
