Freud 10" Industrial Solid Surface Saw Blade is a precision-engineered cutting tool built specifically for solid surface materials, making it an excellent choice for fabricators and woodworking professionals who need reliable, clean results when working with plastic, vinyl, and solid surface countertop stock. With 80 teeth, a -3 deg. hook angle, and an MTCG grind, this blade is optimized for smooth, controlled cuts on demanding synthetic materials using a radial arm saw or stationary table saw.

Key Features

• Exclusive TiCo Hi-Density Carbide - designed and manufactured by Freud specifically for each cutting application to maximize cutting life, meaning you get longer blade longevity and fewer blade changes on the job.
• Tri-Metal Brazing - consists of copper sandwiched between two layers of silver alloy to create a stronger, more impact-resistant bond between the carbide and blade body, so the tips stay firmly secured even under demanding production conditions.
• Anti-vibration Design - reduces unwanted movement during cutting, helping deliver smoother, more accurate results and less wear on both the blade and the saw.
• Silver I.C.E. Coating - prevents build up on the blade surface and keeps the blade running cooler and cleaner, reducing friction and heat-related degradation when cutting plastics and solid surface materials.
• 80-Tooth Configuration with MTCG Grind - the high tooth count combined with the Modified Triple Chip Grind geometry is well-suited for cutting solid surface, vinyl, and plastic with a fine, finished edge.
• -3 deg. Hook Angle - a negative hook angle gives the blade a more controlled, deliberate feed rate, which is especially important when cutting brittle or layered synthetic materials to prevent chipping or cracking.
• 3.2mm Kerf and 2.2mm Plate - the thin kerf relative to the plate thickness optimizes material removal and reduces waste, keeping cuts precise and efficient.

Why This Product

• Purpose-built for cutting solid surface materials - the blade's tooth count, hook angle, and grind geometry are all selected specifically for plastic, vinyl, and solid surface cutting rather than general-purpose use.
• Carbide engineered for the application - Freud's TiCo Hi-Density Carbide is formulated specifically per cutting application, so you get a blade that holds an edge longer when working through tough synthetic materials.
• Stronger tip-to-body bond - Tri-Metal Brazing provides a more impact-resistant connection between the carbide tips and the blade body, reducing the risk of tip loss during rigorous cutting cycles.
• Cooler, cleaner cutting performance - the Silver I.C.E. Coating actively resists build up and heat, helping maintain cut quality and extend the blade's useful service life when processing solid surface countertops and similar materials.

Specifications

• Brand: Freud
• Product Group: Saw Blades
• Category: Aluminum and Plastics
• Sub Category: Industrial Solid Surface
• Diameter: 10"
• Teeth: 80
• Arbor: 1"
• Kerf: 3.2mm
• Plate: 2.2mm
• Hook Angle: -3 deg.
• Grind: MTCG
• Materials: Plastic; Vinyl; Solid Surface
• Compatible Tools: Radial Arm Saw; Stationary Table Saw
• Pack Quantity: 1
• Country of Origin: Italy

Approved Applications

• Sawblades to cut solid surface materials.

Frequently Asked Questions

What types of materials can this blade cut?

This blade is designed for cutting plastic, vinyl, and solid surface materials. It is categorized under Industrial Solid Surface and is purpose-built for those specific synthetic material types.

Which saws is this blade compatible with?

This 10" blade is compatible with a radial arm saw and a stationary table saw. It features a 1" arbor to fit those tool configurations.

What does the MTCG grind mean for my cuts?

MTCG stands for Modified Triple Chip Grind. This tooth grind geometry is well-suited for cutting hard, brittle, or layered synthetic materials like solid surface and plastic, helping produce clean, finished edges on each pass.

Why does this blade have a negative hook angle?

The -3 deg. hook angle gives the blade a more controlled feed rate during cutting. This is particularly beneficial when working with solid surface materials, vinyl, and plastics, where an aggressive hook angle could cause chipping, cracking, or loss of control at the blade-material interface.