Abracs Hcm-Pro Diamond Blade 230x10x22

Product Overview: The Abracs HCM-Pro Diamond Blade (230x10x22) is engineered to deliver top-tier performance and durability for a wide range of cutting applications. Designed for heavy-duty use, this diamond blade excels at cutting through tough materials such as concrete, masonry, granite, and stone. With its advanced diamond technology and robust construction, the HCM-Pro Blade ensures efficient, precise cuts and long-lasting reliability, making it an indispensable tool for both professional tradespeople and serious DIY enthusiasts.

Key Benefits:

• High-Efficiency Cutting: The HCM-Pro Blade features premium diamond segments that offer fast, efficient cutting and a superior finish, significantly reducing the time required for each task.
• Exceptional Durability: Built with a reinforced steel core and advanced diamond bonding, this blade withstands high temperatures and heavy use, providing extended tool life and consistent performance.
• Versatile Use: Perfect for cutting through a variety of hard materials, including concrete, masonry, granite, and other stone products, making it a versatile choice for numerous construction and renovation projects.
• Reduced Vibration and Noise: Designed to minimize vibration and noise during operation, the HCM-Pro Blade ensures a smoother, more comfortable cutting experience for enhanced user control.
• Universal Fit: The blade is compatible with standard 230mm angle grinders featuring a 22mm arbor, ensuring flexibility and ease of use with a wide range of tools.

Applications and Use Cases:

• Versatile Cutting: Ideal for heavy-duty cutting tasks such as creating openings in concrete, cutting paving stones, and working with granite and masonry. Suitable for both professional and DIY projects.
• Industry Applications: Perfect for use in construction, masonry, stoneworking, landscaping, and other industries where high-performance cutting is required.

Compatibility Information:

• Tool Compatibility: Designed to fit most standard angle grinders with a 230mm (9 inches) diameter and a 22mm arbor, providing broad compatibility with various tools.

Performance Metrics:

• Performance Data: Delivers efficient cutting with minimal wear and extended blade life, maintaining high performance even during intensive use.

Instructions for Use:

• Application: Attach the Abracs HCM-Pro Diamond Blade to your compatible angle grinder, ensuring a secure and proper fit. Align the blade correctly and begin cutting with steady, controlled pressure.
• Usage Tips: Operate the blade at the recommended speed for optimal cutting efficiency. Avoid overloading and regularly inspect the blade for signs of wear, replacing it as necessary to ensure continued performance.
• Safety Precautions: Always wear appropriate protective gear, including safety goggles, gloves, ear protection, and a dust mask. Follow all safety instructions provided by the manufacturer and ensure the blade is securely attached before use.

Technical Specifications:

• Material/Composition: Constructed with high-quality diamond segments and a reinforced steel core to provide superior durability and cutting efficiency.
• Functions: Cutting through Concrete, Masonry, Granite, Stone Products.
• Size/Dimensions: 230mm (9 inches) diameter, 10mm thickness, 22mm arbor.

Environmental Impact:

• Eco-Friendly: Manufactured with sustainable practices and durable materials designed for long-lasting use, which helps to minimize the need for frequent replacements and reduce environmental impact.
• Recycling Information: Dispose of used blades and packaging according to local recycling and waste management guidelines.

Safety & Precautions:

• Storage: Store in a dry, cool place to protect the diamond segments and steel core from damage.
• Safety: Handle the blade with care and ensure it is properly attached before use. Follow all safety instructions provided by the manufacturer and avoid using damaged blades.
• Disposal: Dispose of worn-out blades and packaging following local environmental regulations to minimize ecological impact.