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Description |
Downloads |
Specs |
Ordering |
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H4160 |
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- High 61kg tensile strength.
- Can be used in high corrosion or chemical laden environments
- Particularly suitable for use in marine environments or salt prone areas
- Exceptional resistance to weathering and fire.
- RoHS compliant
- Tapered end for easier insertion
- Roller ball locking mechanism
- Non-removable locking design
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Commonly used steel ties for securing conduits, pipes, signs etc. Ball locking mechanism type - non-removable. 4.6mm tensile strength 61kg. |
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H4161 |
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- High 61kg tensile strength.
- Can be used in high corrosion or chemical laden environments
- Particularly suitable for use in marine environments or salt prone areas
- Exceptional resistance to weathering and fire.
- RoHS compliant
- Tapered end for easier insertion
- Roller ball locking mechanism
- Non-removable locking design
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Commonly used steel ties for securing conduits, pipes, signs etc. Ball locking mechanism type - non-removable. 4.6mm tensile strength 61kg. |
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H4163 |
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- High 61kg tensile strength.
- Can be used in high corrosion or chemical laden environments
- Particularly suitable for use in marine environments or salt prone areas
- Exceptional resistance to weathering and fire.
- RoHS compliant
- Tapered end for easier insertion
- Roller ball locking mechanism
- Non-removable locking design.
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Commonly used steel ties for securing conduits, pipes, signs etc. Ball locking mechanism type - non-removable. 4.6mm tensile strength 61kg. |
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H4164 |
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- High 61kg tensile strength.
- Can be used in high corrosion or chemical laden environments
- Particularly suitable for use in marine environments or salt prone areas
- Exceptional resistance to weathering and fire.
- RoHS compliant
- Tapered end for easier insertion
- Roller ball locking mechanism
- Non-removable locking design
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Commonly used steel ties for securing conduits, pipes, signs etc. Ball locking mechanism type - non-removable. 4.6mm tensile strength 61kg. |
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H4166 |
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- High 61kg tensile strength.
- Can be used in high corrosion or chemical laden environments
- Particularly suitable for use in marine environments or salt prone areas
- Exceptional resistance to weathering and fire.
- RoHS compliant
- Tapered end for easier insertion
- Roller ball locking mechanism
- Non-removable locking design
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Commonly used steel ties for securing conduits, pipes, signs etc. Ball locking mechanism type - non-removable. 4.6mm tensile strength 61kg. |
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H4170 |
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- High 81kg tensile strength.
- Can be used in high corrosion or chemical laden environments
- Particularly suitable for use in marine environments or salt prone areas
- Exceptional resistance to weathering and fire.
- RoHS compliant
- Tapered end for easier insertion
- Roller ball locking mechanism
- Non-removable locking design
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Commonly used steel ties for securing conduits, pipes, signs etc. Ball locking mechanism type - non-removable. 7.9mm tensile strength 81kg. |
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H4171 |
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- High 81kg tensile strength.
- Can be used in high corrosion or chemical laden environments
- Particularly suitable for use in marine environments or salt prone areas
- Exceptional resistance to weathering and fire.
- RoHS compliant
- Tapered end for easier insertion
- Roller ball locking mechanism
- Non-removable locking design
|
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Commonly used steel ties for securing conduits, pipes, signs etc. Ball locking mechanism type - non-removable. 7.9mm tensile strength 81kg. |
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H4173 |
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- High 81kg tensile strength.
- Can be used in high corrosion or chemical laden environments
- Particularly suitable for use in marine environments or salt prone areas
- Exceptional resistance to weathering and fire.
- RoHS compliant
- Tapered end for easier insertion
- Roller ball locking mechanism
- Non-removable locking design
|
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Commonly used steel ties for securing conduits, pipes, signs etc. Ball locking mechanism type - non-removable. 7.9mm tensile strength 81kg. |
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H4174 |
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- High 81kg tensile strength.
- Can be used in high corrosion or chemical laden environments
- Particularly suitable for use in marine environments or salt prone areas
- Exceptional resistance to weathering and fire.
- RoHS compliant
- Tapered end for easier insertion
- Roller ball locking mechanism
- Non-removable locking design
|
|
Commonly used steel ties for securing conduits, pipes, signs etc. Ball locking mechanism type - non-removable. 7.9mm tensile strength 81kg. |
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H4176 |
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- High 81kg tensile strength.
- Can be used in high corrosion or chemical laden environments
- Particularly suitable for use in marine environments or salt prone areas
- Exceptional resistance to weathering and fire.
- RoHS compliant
- Tapered end for easier insertion
- Roller ball locking mechanism
- Non-removable locking design
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Commonly used steel ties for securing conduits, pipes, signs etc. Ball locking mechanism type - non-removable. 7.9mm tensile strength 81kg. |
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H4182 |
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- Smooth outer surface ensures installer safety.
- Nylon coating reduces friction or cutting against cable sheathing.
- High 61kg tensile strength.
- Can be used in high corrosion or chemical laden environments
- Particularly suitable for use in marine environments or salt prone areas
- Exceptional resistance to weathering and fire.
- RoHS compliant
- Tapered end for easier insertion
- Roller ball locking mechanism
- Non-removable locking design
|
|
Commonly used steel ties for securing conduits, pipes, signs etc. Ball locking mechanism type - non-removable. 4.6mm tensile strength 61kg. |
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H4183 |
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- Smooth outer surface ensures installer safety.
- Nylon coating reduces friction or cutting against cable sheathing.
- High 61kg tensile strength.
- Can be used in high corrosion or chemical laden environments
- Particularly suitable for use in marine environments or salt prone areas
- Exceptional resistance to weathering and fire.
- RoHS compliant
- Tapered end for easier insertion
- Roller ball locking mechanism
- Non-removable locking design
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Commonly used steel ties for securing conduits, pipes, signs etc. Ball locking mechanism type - non-removable. 4.6mm tensile strength 61kg. |
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H4188 |
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- Smooth outer surface ensures installer safety.
- Nylon coating reduces friction or cutting against cable sheathing.
- High 81kg tensile strength.
- Can be used in high corrosion or chemical laden environments
- Particularly suitable for use in marine environments or salt prone areas
- Exceptional resistance to weathering and fire.
- RoHS compliant
- Tapered end for easier insertion
- Roller ball locking mechanism
- Non-removable locking design
|
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Commonly used steel ties for securing conduits, pipes, signs etc. Ball locking mechanism type - non-removable. 7.9mm tensile strength 81kg. |
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H4189 |
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- Smooth outer surface ensures installer safety.
- Nylon coating reduces friction or cutting against cable sheathing.
- High 81kg tensile strength.
- Can be used in high corrosion or chemical laden environments
- Particularly suitable for use in marine environments or salt prone areas
- Exceptional resistance to weathering and fire.
- RoHS compliant
- Tapered end for easier insertion
- Roller ball locking mechanism
- Non-removable locking design
|
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Commonly used steel ties for securing conduits, pipes, signs etc. Ball locking mechanism type - non-removable. 7.9mm tensile strength 81kg. |