Product Specification
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| Payment Terms |
T/T |
Supply Ability |
500PCS/MONTH |
| Delivery Time |
30-45DAYS |
Packaging Details |
Carton Box or Crate |
| Model Nos. (Size: mm) |
YD80-002-4.6x100 to YD80-002-4.6x1000 |
Series (Width) |
4.6mm |
| Thickness (mm) |
0.25 |
Min. Bundle Dia (mm) |
12.7 |
| Min. Tensile Strength (N) |
1000 |
Min. Tensile Strength (LBS) |
225 |
| Brand Name |
YEEDA |
Model Number |
YD80-002 |
| Certification |
CE |
Place of Origin |
Zhejiang，China |
| High Light |
304 stainless steel cable ties
，industrial stainless steel cable ties
，high tensile strength cable ties
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RYAN Stainless Steel Cable Ties are made of high-quality 304 stainless steel, featuring multiple size series with consistent thickness and varying tensile strengths. Detailed specifications are shown below:
Each cable tie is precision-manufactured to ensure uniform dimensions, and the 304 stainless steel material guarantees excellent corrosion resistance and structural stability.
RYAN Stainless Steel Cable Ties are premium fastening solutions engineered for demanding environments, leveraging the superior properties of 304 stainless steel. Unlike conventional nylon ties, these stainless steel ties excel in harsh conditions where durability and reliability are critical.
A key highlight is their exceptional tensile strength, ranging from 1000N (225LBS) for the 4.6mm width series up to 3115N (700LBS) for the 10mm and 11.5mm width series. This wide strength range allows them to handle light to heavy-duty fastening tasks with ease. The consistent 0.25mm thickness across all series ensures structural integrity while keeping the ties lightweight enough for flexible application.
The 304 stainless steel material brings multiple advantages: it resists rust, oxidation, and corrosion from moisture, chemicals, and extreme temperatures, making the ties suitable for both indoor and outdoor use. Additionally, the material’s high melting point ensures the ties maintain their shape and strength even in high-temperature settings, unlike plastic alternatives that may warp or degrade.
The ties feature a user-friendly design with smooth edges to prevent scratches on fastened objects, and their rigid yet malleable structure allows for secure wrapping around various shapes—from round cables to irregular mechanical parts. Once installed, they provide long-lasting fastening without loosening, even under vibration or environmental stress.
In industrial settings, RYAN Stainless Steel Cable Ties are ideal for securing cables, hoses, and components in heavy machinery, production lines, and industrial equipment. The 7.9mm and 10mm width series (with 2220N-3115N tensile strength) can withstand the vibration and mechanical stress of factory environments, ensuring cables for motors, sensors, and control systems stay organized and in place. They are also used to fasten protective covers and parts on machinery, resisting wear from constant operation.
For construction projects and infrastructure maintenance, these cable ties are indispensable. The 10mm and 11.5mm series (with 25.4mm min. bundle diameter) are perfect for securing large-diameter power cables, communication wires, and HVAC ducts in commercial buildings, bridges, and tunnels. Their corrosion resistance makes them suitable for outdoor infrastructure like street lighting wiring and traffic signal cables, as they can endure rain, snow, and humidity without rusting.
Marine environments demand high corrosion resistance, and RYAN’s 304 stainless steel ties deliver. They are used to fasten cables, hoses, and equipment on ships, offshore platforms, and coastal facilities. The ties resist saltwater corrosion, preventing degradation even in long-term exposure to seawater—critical for maintaining the safety of navigation systems, engine components, and electrical wiring on vessels.
In the automotive and transportation industry, the 4.6mm and 7.9mm series are used for securing wiring harnesses, fuel lines, and brake hoses in cars, trucks, and buses. Their high-temperature resistance (from 304 stainless steel properties) allows them to perform reliably under the heat of engine compartments, while their tensile strength ensures they stay intact during vehicle vibration and movement. They are also used in railway systems to secure cables along train tracks and in train interiors.
A1: No, these cable ties are designed for permanent fastening. Once tightened and secured, they cannot be adjusted without cutting. If repositioning is needed, remove the existing tie with a cutting tool and install a new one to ensure optimal tensile strength and fastening security.
A2: Made of 304 stainless steel, RYAN Cable Ties typically tolerate temperatures from -20°C to 500°C (-4°F to 932°F). This wide range makes them suitable for high-heat environments like engine bays, industrial furnaces, and outdoor settings with extreme temperature fluctuations. For ultra-high-temperature applications above 500°C, contact our customer service for specialized recommendations.
A3: 304 stainless steel offers good resistance to mild acids and alkalis (e.g., weak cleaning solutions). However, they are not suitable for prolonged exposure to strong acids (e.g., hydrochloric acid) or strong alkalis (e.g., concentrated sodium hydroxide), as these can corrode the stainless steel. For chemical-intensive environments, test a small sample first or consult our team for corrosion-resistant alternatives.
- Determine the load: Choose width based on tensile strength needs—4.6mm (1000N) for light loads, 7.9mm (2220N) for medium loads, 10mm/11.5mm (3115N) for heavy loads.
- Measure the bundle size: Ensure the tie length is longer than the circumference of the object(s) to be fastened, plus 10-15mm for secure locking. For example, a 150mm circumference bundle needs a tie of at least 160mm length (e.g., YD80-002-4.6x200).
- Check bundle diameter: Match the tie’s min. bundle diameter to your object—12.7mm for smaller bundles (4.6mm/7.9mm series) and 25.4mm for larger ones (10mm/11.5mm series).
A5: For standard applications, no special tools are needed—you can tighten them by hand. For heavy-duty or high-precision installations (e.g., industrial machinery), a stainless steel cable tie tensioning tool is recommended. This tool ensures consistent tension, prevents over-tightening (which may damage the tie), and creates a neat, secure finish.
