CTSB200X4 - 200mm X 4mm Steel Barb Lock Nylon Cable Tie UV Black
LEDCC
DESCRIPTION
| Description | CTSB200X4 - 200mm X 4mm Steel Barb Lock Nylon Cable Tie UV Black |
| Material | Nylon 6.6 |
| Material Locking | Barb Stainless Steel Grade |
| Working Temperature | -40⁰C to +85⁰C |
| Flammibility | ULV94V-2 |
| Additional Properties | UV Resistant |
| Halogen Free | |
| Pack Size | 100 in a Packet |
| Length | 200mm |
| Width | 4mm |
| Features | Precision Locking Mechanism: Stainless Steel Locking: The stainless-steel tooth allows the tie to lock securely at any position along the smooth tie body. Application: Industries requiring high precision, such as aerospace, automotive, AI, and automated machinery, benefit from the smooth design and precise locking of steel-tooth cable ties. Difference with Nylon: Plastic-tooth ties rely on notches along the tie body for locking. This limits the locking position to specific intervals, creating gaps between the tie and the bundled object. |
| Vibration Resistance The stainless-steel locking mechanism maintains stability under high-frequency vibrations, acceleration, and aerodynamic forces, ensuring long-term durability. Plastic Limitation: Plastic locking mechanisms are prone to wear and breakage under constant movement, causing loosening or failure. |
|
| Resistance to Extreme Climate Conditions Stainless steel can withstand extreme temperature fluctuations, maintaining strength and stability in both low and high-temperature environments. It is also resistant to UV radiation, ensuring that its structure remains unchanged even after prolonged exposure to intense sunlight or harsh outdoor conditions. Plastic Limitation: Nylon or polyester ties soften, deform, or crack in high temperatures, and they become brittle and prone to breaking in extremely low temperatures. Exposure to UV rays accelerates their degradation. |
DESCRIPTION
| Description | CTSB200X4 - 200mm X 4mm Steel Barb Lock Nylon Cable Tie UV Black |
| Material | Nylon 6.6 |
| Material Locking | Barb Stainless Steel Grade |
| Working Temperature | -40⁰C to +85⁰C |
| Flammibility | ULV94V-2 |
| Additional Properties | UV Resistant |
| Halogen Free | |
| Pack Size | 100 in a Packet |
| Length | 200mm |
| Width | 4mm |
| Features | Precision Locking Mechanism: Stainless Steel Locking: The stainless-steel tooth allows the tie to lock securely at any position along the smooth tie body. Application: Industries requiring high precision, such as aerospace, automotive, AI, and automated machinery, benefit from the smooth design and precise locking of steel-tooth cable ties. Difference with Nylon: Plastic-tooth ties rely on notches along the tie body for locking. This limits the locking position to specific intervals, creating gaps between the tie and the bundled object. |
| Vibration Resistance The stainless-steel locking mechanism maintains stability under high-frequency vibrations, acceleration, and aerodynamic forces, ensuring long-term durability. Plastic Limitation: Plastic locking mechanisms are prone to wear and breakage under constant movement, causing loosening or failure. |
|
| Resistance to Extreme Climate Conditions Stainless steel can withstand extreme temperature fluctuations, maintaining strength and stability in both low and high-temperature environments. It is also resistant to UV radiation, ensuring that its structure remains unchanged even after prolonged exposure to intense sunlight or harsh outdoor conditions. Plastic Limitation: Nylon or polyester ties soften, deform, or crack in high temperatures, and they become brittle and prone to breaking in extremely low temperatures. Exposure to UV rays accelerates their degradation. |