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Fire Resistant Cable Tie Stainless Steel
Our stainless steel fire-resistant cable ties are the ultimate solution for industrial, commercial, and residential electrical installations. Engineered to withstand extreme temperatures, corrosive environments, and stringent fire safety standards, these ties ensure secure cable bundling even in the most demanding conditions, protecting your infrastructure and complying with global safety regulations.
1. Superior Fire Resistance & High-Temperature Tolerance
UL94 V-0 Fire Rating: Certified to self-extinguish within 10 seconds, preventing fire spread in critical areas like data centers, power plants, and high-rise buildings.
Extreme Temperature Range: Operates reliably from -80°C (-112°F) to 500°C (932°F), outperforming standard nylon ties that melt at 85°C.
Complies with IEC 60332-1-2: Meets international fire propagation standards for electrical cables, ideal for public spaces and industrial facilities.
2. Premium Stainless Steel Construction
Material Options: Available in 304 Stainless Steel (for general corrosion resistance) and 316 Stainless Steel (for marine, chemical, and harsh outdoor environments).
High Tensile Strength: Offers 50-120 lbs (22-54 kg) of tensile strength, ensuring cables stay securely bundled under vibration or mechanical stress.
Rust & Corrosion Proof: Resists oxidation, saltwater, and chemical exposure, eliminating degradation in wet or corrosive settings.
3. Secure & Durable Locking Mechanism
Self-Locking Design: Features a one-way locking head that ensures a tight, tamper-resistant hold-no slipping or loosening over time.
Releasable Option: Select models come with a releasable latch for easy rework or maintenance, reducing installation waste.
Edge-Free Finish: Smooth edges prevent cable insulation damage during installation, extending the lifespan of your wiring.


Quality Assurance & Certifications
We stand behind every cable tie with rigorous quality control:
ISO 9001 certified manufacturing process
CE and RoHS compliance for global markets
Materials tested per ASTM A666 and ISO 3506 standards
500-hour salt spray testing (GB/T 10125) for 316L models
Full traceability from raw material to finished product


FAQ
1. What's the difference between 304 and 316 stainless steel cable ties, and which one should I choose?
The key difference lies in corrosion resistance and application scenarios. 304 stainless steel offers good resistance to general indoor/outdoor oxidation and mild moisture, making it suitable for electrical panels, data centers, and general industrial use. 316 stainless steel contains molybdenum, which enhances its resistance to saltwater, chemicals, and harsh marine/coastal environments-ideal for offshore oil rigs, ships, and chemical plants. Choose 304 for standard corrosion needs and 316 for extreme wet or chemical-exposed settings.
2. How does the UL94 V-0 fire rating benefit my installation?
A UL94 V-0 rating means the cable tie will self-extinguish within 10 seconds after the ignition source is removed, without dripping flaming particles. This critical feature prevents fire from spreading along bundled cables, which is essential for high-risk areas like power plants, high-rise buildings, and tunnels. It also helps your project comply with strict fire safety codes (e.g., NFPA 70) and reduces the risk of costly fire-related damage or downtime.
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| PART NO. | APPROX.LENGTH | APPROX.WIDTH | MAX.BUNDLE DIA. | MIN.LOOP TENSILE |
| MM(INCH) | MM(INCH) | MM(INCH) | STRENGTH N(LBS) | |
| GDCT-4.6x150 | 150(5.9) | 4.6(0.181) | 37(1.46) | 600(135) |
| GDCT-4.6x200 | 200(7.87) | 50(1.97) | ||
| GDCT-4.6x250 | 250(9.84) | 63(2.48) | ||
| GDCT-4.6x300 | 300(11.8) | 76(2.99) | ||
| GDCT-4.6x350 | 350(13.78) | 89(3.50) | ||
| GDCT-4.6x400 | 400(15.75) | 102(4.02) | ||
| GDCT-4.6x450 | 450(17.72) | 115(4.53) | ||
| GDCT-4.6x500 | 500(19.69) | 128(5.04) | ||
| GDCT-4.6x550 | 550(21.65) | 141(5.55) | ||
| GDCT-4.6x600 | 600(23.62) | 154(6.06) | ||
| PART NO. | APPROX.LENGTH | APPROX.WIDTH | MAX.BUNDLE DIA. | MIN.LOOP TENSILE |
| MM(INCH) | MM(INCH) | MM(INCH) | STRENGTH N(LBS) | |
| GDCT-7.9x150 | 150(5.9) | 7.9(0.311) | 37(1.46) | 800(180) |
| GDCT-7.9x200 | 200(7.87) | 50(1.97) | ||
| GDCT-7.9x250 | 250(9.84) | 63(2.48) | ||
| GDCT-7.9x300 | 300(11.8) | 76(2.99) | ||
| GDCT-7.9x350 | 350(13.78) | 89(3.50) | ||
| GDCT-7.9x400 | 400(15.75) | 102(4.02) | ||
| GDCT-7.9x450 | 450(17.72) | 115(4.53) | ||
| GDCT-7.9x500 | 500(19.69) | 128(5.04) | ||
| GDCT-7.9x550 | 550(21.65) | 141(5.55) | ||
| GDCT-7.9x600 | 600(23.62) | 154(6.06) | ||
| GDCT-7.9x650 | 650(25.59) | 167(6.57) | ||
| GDCT-7.9x700 | 700(27.56) | 180(7.09) | ||
| GDCT-7.9x750 | 750(29.53) | 191(7.52) | ||
| GDCT-7.9x800 | 800(31.5) | 193(7.59) | ||
| PART NO. | APPROX.LENGTH | APPROX.WIDTH | MAX.BUNDLE DIA. | MIN.LOOP TENSILE |
| MM(INCH) | MM(INCH) | MM(INCH) | STRENGTH N(LBS) | |
| GDCT-12x200 | 200(7.87) | 12(0.472) | 50(1.97) | 1200(270) |
| GDCT-12x250 | 250(9.84) | 63(2.48) | ||
| GDCT-12x300 | 300(11.8) | 76(2.99) | ||
| GDCT-12x350 | 350(13.78) | 89(3.50) | ||
| GDCT-12x400 | 400(15.75) | 102(4.02) | ||
| GDCT-12x450 | 450(17.72) | 115(4.53) | ||
| GDCT-12x500 | 500(19.69) | 128(5.04) | ||
| GDCT-12x550 | 550(21.65) | 141(5.55) | ||
| GDCT-12x600 | 600(23.62) | 154(6.06) | ||
| GDCT-12x650 | 650(25.59) | 167(6.57) | ||
| GDCT-12x700 | 700(27.56) | 180(7.09) |
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