A durable underwater knife designed for diving safety and utility cutting tasks.Featuring a 17cm serrated stainless steel blade and high-visibility yellow handle, it delivers reliable performance for cutting lines and underwater materials.Product Specifications Brand: Victory Knives Blade Material: Krupp Stainless Steel Blade Length: 17cm Blade Type: Serrated Underwater Knife Hardness: 54–55 HRC Handle Material: Yellow Plastic Additional Features 17cm serrated blade designed for cutting underwater lines and nets Sub-zero (-80°C) quenching for improved durability and corrosion resistance Enhanced edge retention for long-lasting sharpness Strong ergonomic handle for secure grip in wet conditions High-visibility yellow handle for easy underwater identification Detailed DescriptionThis Victory underwater knife is designed for divers who require a dependable cutting tool in marine environments.The 17cm serrated stainless steel blade provides effective cutting performance for ropes, fishing lines, and nets underwater, even in challenging conditions.Its sub-zero hardened steel construction improves strength, corrosion resistance, and long-term edge retention.The yellow plastic handle is designed for practicality and visibility, ensuring a secure grip and easy identification during underwater use.Performance & Versatility Ideal for diving and underwater safety applications Suitable for cutting ropes, lines, and nets Designed for marine and recreational diving environments Provides controlled cutting performance underwater Why You’ll Love It Durable 17cm serrated stainless steel blade Sub-zero treated for enhanced performance High-visibility yellow handle for safety Reliable grip in wet conditions Built for professional and recreational diving use Care Instructions Rinse thoroughly with fresh water after each use Dry completely before storage Lightly oil blade to prevent corrosion Store in a protective sheath Sharpen serrated edge as required A reliable underwater knife designed for safety, durability, and efficient cutting performance in marine environments.