Schrade Inert CLR Folding Knife - Black
- description
- technical data
- features and technologies
- Reviews
- Goes Well With
Schrade Inert CLR Folding Knife - Black
Folding knife with a Drop-Point blade profile and a length of 88.9 mm, made from high-quality AUS-10 stainless steel. The slim, elongated design gives it a lightweight and dynamic feel, making it easy to handle the blade precisely and comfortable for everyday carrying.
The open, skeletonized handle design further reduces weight without compromising the rigidity of the construction. The tool's build allows for convenient one-handed operation and ensures good control during both simple and more demanding tasks.
high-quality AUS-10 stainless steel
The blade is made from high-grade AUS-10 stainless steel. A high carbon content provides excellent hardness, while chromium ensures very good resistance to corrosion and wear. The steel also contains manganese, silicon, phosphorus, and sulphur, which enhance hardenability, impact strength, resilience, and machinability, boosting structural stability and maintaining mechanical properties.
drop-point blade profile, jimping, Titanium Nitride coating
This model uses a Drop-Point blade profile with a Titanium Nitride coating to improve resistance to wear, corrosion, and scratches. The Hollow grind enhances cutting performance, allowing for clean, smooth cuts. There is jimping on the back of the blade for greater control when applying thumb pressure.
aluminum handle with ergonomic profile
The textured handle in black features a skeletonized design with deep cutouts and green liners that give the knife a distinctive look. Made from aluminum, the handle keeps the weight low while offering strong resistance to mechanical damage.
The cutouts limit the knife's weight without reducing stability during use. The ergonomic profile supports a natural hand position, improving tool control even during prolonged use. The handle shape promotes a secure grip and reduces hand fatigue while working.
liner lock, flipper, Ultra-Glide system
The knife opens using a flipper, allowing quick one-handed deployment. When opened, the flipper acts as a small cross guard effectively protecting the hand from slipping onto the blade. The opening action is enhanced by the Ultra-Glide assist system with ball bearings.
The Liner Lock stabilizes the blade, keeping it secure when open and preventing accidental closure. The mechanism is designed for reliable performance and convenient operation.
spring clip for easy carrying
The model is fitted with a spring clip for convenient pocket or gear carry, ensuring quick access to the tool. The clip is designed to hold the knife securely in your chosen position, minimizing movement while you are on the move.
main features
- AUS-10 steel with high corrosion and wear resistance
- Drop-Point profile for excellent cutting control
- Titanium Nitride coating for increased blade durability
- Hollow grind for improved cutting performance
- jimping on the spine for better work control
- slim construction for easier precision handling
- aluminum handle offering low weight and high rigidity
- skeletonized build to reduce weight
- green liners give a distinctive appearance
- ergonomic shape for improved grip
- Ultra-Glide system for assisted opening
- flipper for rapid blade deployment
- Liner Lock for stable blade lock-up
- spring clip for convenient carry
| Type | Folder |
|---|---|
| Style | Multipurpose |
| Blade length | 88.9 mm |
| Blade thickness | 3.1 mm |
| Blade profile | Drop-Point |
| Blade edge | Plain |
| Blunt resistance | Good |
| Corrosion resistance | Very good |
| Lock type | Liner Lock |
| Overall length | 203 mm |
| Main color | Black |
| Glass breaker | No |
| Blade material | AUS-10 |
| Opening method | Flipper and assist |
| Handle | Aluminum |
| Clip for carrying | Yes |
| Holster included | No |
| Weight | 82 g |
| EAN | 661120650577 |
| Brand | Schrade |
| EAN |
Titanium Nitride (TiN, TiNite, TiNi) is an exceptionally hard and chemically inert coating made of titanium and nitrogen, applied using PVD or CVD methods. It increases the blade's resistance to abrasion, corrosion, and scratches, reduces friction, and gives it an attractive metallic finish. PVD technology is most commonly used in knives, as it does not affect the properties of the core, but only extends the durability of the surface.
