The Kershaw 8337 Craze delivers reliable cutting performance in a compact EDC format designed for everyday carry versatility. This folding knife combines a distinctive reverse tanto blade geometry with practical materials that balance affordability and functionality.
What Makes This Different
The reverse tanto blade profile provides enhanced tip strength compared to traditional drop point designs, making it particularly effective for piercing tasks and detailed work. The 8Cr13MoV stainless steel offers improved edge retention over basic steel alloys while maintaining easy resharpening characteristics. The blackwash finish reduces glare and helps mask minor scratches that occur during regular use.
Key Features
- 2.35-inch reverse tanto blade in 8Cr13MoV stainless steel with blackwash finish
- Glass-filled nylon (GFN) handle with textured surface for secure grip
- Manual opening mechanism with thumb stud deployment
- Liner lock system provides reliable blade security during use
- Pocket clip for tip-up carry configuration
- Compact 3.5-inch closed length fits standard pocket carry
- Lightweight 2.4-ounce construction reduces carry weight
Field testing shows the 8Cr13MoV steel holds a working edge through typical EDC tasks including package opening, cord cutting, and light food preparation. The textured GFN handle maintains grip security in wet conditions while resisting impact damage. The liner lock engages positively with the blade tang, providing confidence during cutting tasks that require applied pressure.
Technical Specs
- Overall Length: 5.85 inches open, 3.5 inches closed
- Blade Length: 2.35 inches
- Blade Steel: 8Cr13MoV stainless steel, HRC 58-60
- Handle Material: Glass-filled nylon (GFN) with texture
- Locking Mechanism: Liner lock
- Weight: 2.4 ounces
- Carry: Tip-up pocket clip
- Country of Origin: China
The Craze addresses the need for dependable cutting capability without the premium price point of higher-end materials. Its straightforward construction focuses on essential functionality rather than complex mechanisms that can complicate maintenance.