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- No.173 Xingqiao North Road, Yuhang District, Hangzhou, Zhejiang 31100, China
- jeson@gordon-elec.com
- +86-0571-8853 8375
Plastic Zip Tie
Plastic Zip Ties are made from nylon 66 (PA66), a semi-crystalline polymer whose hydrogen bonding network, formed through amide bonds, imparts exceptional mechanical strength—a breaking strength exceeding 800N, equivalent to the tensile force needed to lift an 80kg weight. Its molecular chain structure ensures stable performance within a temperature range of -40°C to 120°C. Combined with antioxidants and UV absorbers, the product boasts a service life exceeding five years in tropical climates.
How to choose the plastic cable tie that suits your needs?
1. Focus on Industrial Application Scenarios
Match ties to specific industrial needs: Wind power (turbine cables) needs salt-fog/UV-stabilized ties (pass 500h salt spray, 4000h xenon tests). Automotive (engine bay wiring) requires UL94 V0 flame-retardant ties (-40℃ to 150℃). Power engineering (500kV+ lines) needs ties with dielectric strength >10¹⁴Ω·cm and 15+ years weather resistance. Electronics (PCB wiring) uses 1.2-2mm micro ties with low outgassing.
2. Select Industrial-Grade Materials
Choose materials for industrial performance: PA66 GF (glass fiber-reinforced) suits heavy loads (≥800N tensile, anti-creep). Industrial PET is better for coastal/humid areas (strength loss <5% vs. 20% for standard nylon 66). Modified nylon 66 with heat stabilizers works for high temps (180℃ short-term). All need ISO 21850/GB/T 23658 certification.
3. Prioritize Critical Industrial Parameters
Key parameters for safety: Tensile strength needs 40% safety margin (e.g., 100kg load → ≥140kg tie strength). Temperature resistance: Power industry (≥150℃ long-term), cold-chain (-60℃ flexibility). Flame retardancy: UL94 V0 (electronics/automotive), UL94 V-1 (coal mines). Batch consistency: ≤2% tensile variance.
4. Avoid Industrial Procurement Mistakes
Steer clear of common errors: Don't skip certifications (non-ISO 21850/IATF 16949 ties fail audits). Don't under-spec weather resistance (non-UV ties break in 1-2 years for solar farms). Don't ignore batch stability (inconsistency causes assembly jams). Don't use general ties for special needs (e.g., medical needs ISO 13485-certified ties).
| Customization Option： | Description |
| Size and Length： | They come in various lengths and widths. Custom sizes can be produced to fit specific applications, such as longer, thicker ties for industrial uses and shorter ties for smaller, more delicate tasks. |
| Material Options： | Standard Cable Ties are made from durable nylon. Customization allows for materials such as UV-resistant nylon (for outdoor use), flame-retardant materials (for fire safety), and stainless steel (for high corrosion resistance). |
| Color Variations： | Custom colors are available, enabling the use of color-coding systems in wiring or networking setups. This helps technicians quickly identify cables. Custom colors are also beneficial for branding purposes. |
| Logo and Branding： | They can be customized with logos, brand names, or specific markings. This is useful for companies requiring large volumes of cable ties, helping maintain brand visibility and professionalism in various industries. |
| Reusable Zip Ties： | Reusable Cable Ties feature a release mechanism, allowing them to be opened and reused multiple times. This customization reduces waste and offers flexibility for temporary or frequently changing setups. |
Product Parameter Introduction
| Tensile Strength:120lbs(55kgs) | ||||
| Model | L | W | E | |
| ITEM NO. | INCH | MM | MM | BUNDLE DIAMETER MM |
| GD-7.2X150 | 6.0" | 150 | 7.2 | 3-35 |
| GD-7.2X200 | 8.0" | 200 | 3-50 | |
| GD-7.2X250 | 10" | 250 | 4-65 | |
| GD-7.2X280 | 11" | 280 | 4-78 | |
| GD-7.2X300 | 12" | 300 | 4-80 | |
| GD-7.2X350 | 14" | 350 | 4-90 | |
| GD-7.2X370 | 14.6" | 370 | 4-98 | |
| GD-7.2X380 | 15" | 380 | 4-100 | |
| GD-7.2X400 | 16" | 400 | 4-105 | |
| GD-7.2X450 | 18" | 450 | 4-110 | |
| GD-7.2X500 | 20" | 500 | 4-150 | |
| GD-7.2X530 | 20.9" | 530 | 4-160 | |
| GD-7.2X550 | 21.6" | 550 | 4-165 | |
Product raw materials and certifications
Our company is proud to announce that our cable tie products have successfully passed UL certification and received file number E534653. UL certification is a certification issued by the world's leading safety science company, indicating that products meet the highest quality and safety standards. This certification ensures the superior performance and reliability of our cable tie products!
Our electrical cable ties undergo rigorous testing to meet high-quality standards. They are tested for tensile strength, environmental resistance, and durability to ensure that each tie can withstand demanding conditions, including exposure to varying temperatures, moisture, and UV rays. We adhere to industry standards such as UL, CE, and RoHS, making our cable ties safe and suitable for a wide range of applications.
Our cable ties are competitively priced, giving customers high-quality products without compromising affordability. By maintaining strict quality control and investing in advanced manufacturing processes, we can offer ties that perform reliably and are economically advantageous for bulk buyers and businesses. Whether used for temporary setups or permanent installations, our cable ties provide excellent value and durability.
Products raw material suppliers
High Quality Raw Material Supply
Our company's raw material supplier for nylon cable ties is INVISTA, a world-leading chemical intermediates manufacturer focusing on the nylon and polypropylene value chain. With more than 80 years of nylon production experience, INVISTA provides high-quality nylon polymers and fibers for use in a variety of applications and end products, such as automotive, electronics, medical, packaging and apparel.
FAQ:
What key requirements must industrial-grade plastic cable ties used to secure turbine cables in wind power projects meet?
Choose cable ties that are both salt spray resistant and UV stable. They must pass two core tests: a 500-hour salt spray test (to protect against corrosion in marine/coastal humid salt spray environments) and a 4,000-hour xenon lamp aging test (to resist embrittlement caused by long-term outdoor UV exposure). This ensures stable operation in the harsh outdoor environments of wind power projects.
What special requirements must cable ties used to secure solar panel mounting cables in photovoltaic power plants meet? How do they differ from standard outdoor industrial cable ties?
Three core requirements must be met: first, strong UV stability, passing a 4,000-hour xenon lamp aging test to prevent embrittlement from long-term exposure; second, weather resistance of at least 15 years (matching the designed service life of the photovoltaic power plant); and third, creep resistance, ensuring they can withstand the static tension of solar panel cables without loosening. Although ordinary outdoor industrial cable ties have basic UV resistance, their weather resistance life is mostly 5-8 years, and their creep resistance is weak, which cannot meet the long-term outdoor and low-maintenance use requirements of photovoltaic power stations.
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