The Mundial Tailor's Shear Heavy Duty is a powerful tool designed for precise cutting of thick fabrics and tough materials. With a long blade, this shear is perfect for professionals working on large-scale sewing projects or heavy-duty fabric tasks. Its sharp, durable blades ensure smooth, effortless cuts through dense textiles, including denim, canvas, and leather.

Key Features:

• Material: High-carbon stainless steel for strength, sharpness, and rust resistance

• Heavy Duty Construction: Built to handle thick and tough materials without compromising cutting power

• Ergonomic Handles: Designed for comfort, reducing hand fatigue during prolonged use

• Full Tang Design: Offers superior balance and strength, ensuring optimal performance

• Long Blade Length: Ideal for cutting larger fabric pieces and handling tough, dense materials

Benefits:

• Effortlessly cuts through heavy fabrics such as denim, canvas, and leather, making it ideal for tailoring and garment construction.

• The high-carbon stainless steel blade maintains sharpness, providing long-lasting durability and precision.

• Ergonomic handles reduce hand strain, allowing for comfortable use during extended cutting sessions.

• Perfect for professionals and home sewing enthusiasts needing a reliable shear for tough fabric tasks.

Intended Use:

• Ideal for cutting heavy-duty materials like denim, canvas, leather, and other thick textiles

• Perfect for professional tailors, seamstresses, and crafters working with large projects

• Suitable for both industrial and home use in sewing and crafting applications

Care Instructions:

• Clean the shears after each use with warm, soapy water and dry immediately to prevent rust.

• Regularly oil the blades to maintain sharpness and ensure smooth cutting.

• Store in a dry location to preserve the shears' longevity and avoid rust.

Mundial is known for producing high-quality tools that are trusted by professionals worldwide. Their commitment to precision and craftsmanship ensures that each product delivers exceptional performance and durability.