The "maximum load" of a cable tie refers to its tensile strength - the pulling force it can withstand before breaking. It is usually shown in kilograms (kg) or Newtons (N). The actual value depends on the material, width, and design.
There is no single number, but typical ranges are well established in the industry.
These are the most common types used in everyday wiring and industrial bundling.
Typical load range:
Small sizes: about 8–18 kg
Medium sizes: about 18–40 kg
Larger sizes: up to 50 kg or more
They are suitable for general electrical and light industrial use.
Designed for stronger bundling requirements.
Typical load range:
Around 50–80 kg
Extra-wide types can go above 100 kg
Common in machinery, construction, and automotive applications.
UV-resistant ties have similar strength to standard nylon ties, but better outdoor durability.
Typical load:
Usually the same range as standard nylon: 8–50 kg depending on size
Their advantage is longer service life in sunlight, not higher load capacity.
These offer the highest strength among all types.
Typical load range:
About 100–150 kg or more, depending on size and structure
They are used in harsh environments such as:
Marine applications
Oil and gas
High-temperature or corrosive areas
Several factors influence how much force a cable tie can handle:
Width (wider = stronger)
Material type
Temperature conditions
Installation quality
Aging and UV exposure
In real applications, it is not recommended to use cable ties at their maximum rated load. A safety margin should always be kept to ensure long-term reliability.
The load capacity of cable ties varies widely depending on type and size. Standard nylon ties are suitable for general use, heavy-duty versions handle stronger loads, and stainless steel ties are used for the most demanding environments.
As a professional fastening solution supplier, CHS provides a full range of cable ties with different strength levels to meet industrial and outdoor application needs worldwide.

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