Braided sleeving resin-coated fiberglass has been gaining significant attention due to its versatile applications across various industries. While fiberglass has been around for quite some time, the resin-coated braided version introduces new possibilities. This article aims to shed light on this material, its advantages, and some common applications.

What is Braided Sleeving Resin Coated Fiberglass?

When we talk about braided sleeving resin-coated fiberglass, we're discussing a composite material that combines the strength of fiberglass with a protective resin coating. This sleeving provides excellent thermal resistance and mechanical strength, while the resin coating acts as a protective layer against chemicals and moisture.

Fiberglass, by itself, already possesses qualities like high tensile strength and low thermal conductivity. The additional resin coating amplifies these traits by adding a layer of protection. Together, they create a product well-suited for extreme conditions where both structural integrity and resistance are essential.

Benefits of Using This Material

Superior Thermal Resistance

One of the standout features of this material is its remarkable thermal resistance. The fiberglass base maintains its structural integrity at high temperatures, making it a popular choice for applications that deal with heat. The resin coating only enhances this capability by adding an extra layer of thermal insulation.

Resilience to Chemicals and Moisture

The resin coating also brings to the table a strong resistance to chemical corrosion and moisture. This is particularly useful in environments where exposure to such elements is common. The resin acts as a barrier, ensuring the longevity of the braided sleeving.

Common Applications: Where is it Used?

Automotive Industry

Braided sleeving resin-coated fiberglass sees frequent use in the automotive industry. It’s often found in car engine compartments where high temperatures and chemical exposures are common. The material's robust nature ensures that it can withstand these harsh conditions while protecting essential components.

Aerospace and Military

In aerospace applications, weight and reliability are always crucial considerations. The lightweight yet durable nature of this material makes it a preferred choice for aircraft components. Likewise, its properties make it suitable for various military applications, including protective layers for cables and tubing.

Working With Braided Sleeving Resin Coated Fiberglass

Sourcing and Procurement

If you're looking to integrate this material into your operations, sourcing from a reputable supplier is crucial. The quality of both the fiberglass and the resin coating can significantly affect the material's performance. Always do your homework before making a procurement decision to ensure you're getting the best quality for your specific needs.

Cutting and Installation

Working with this material requires special attention to detail. Incorrect cutting can compromise the sleeving's integrity. Moreover, while it's generally straightforward to install, it's recommended to follow the manufacturer's guidelines to get optimal performance.

HellermannTyton Braided Sleeving: Product Review and Comparison

HellermannTyton 170-03058 vs HellermannTyton 170-03061

If you're shopping around for braided sleeving made from resin-coated fiberglass, HellermannTyton offers a couple of reliable options worth considering. In this section, we'll delve into two popular products in their range: the 170-03058 and the 170-03061.

Product Specifications

HellermannTyton 170-03058
  • Length: 50ft
  • Diameter: 0.25"
  • Wall Thickness: 0.031
  • Operating Temperature: -94°F to +1202°F
  • Flammability: UL VW-1
  • Price: $125.13
HellermannTyton 170-03061
  • Length: 25ft
  • Diameter: 1"
  • Wall Thickness: 0.057
  • Operating Temperature: -94°F to +1202°F
  • Flammability: UL VW-1
  • Price: $258.27

Key Differences

Length and Diameter

The 170-03058 model offers a length of 50ft and a diameter of 0.25", making it a good choice for smaller applications or tighter spaces. On the other hand, the 170-03061 model has a length of 25ft but a larger diameter of 1". This makes it more suitable for bigger, heavy-duty applications.

Price Considerations

When it comes to cost, the 170-03058 is available for $125.13, which might appeal to those on a tighter budget. However, the 170-03061 comes in at $258.27, which is almost double the price. But remember, you're also getting a larger diameter, so the price point may be justified depending on your needs.

Overall Assessment

Both models offer robust thermal protection, a high degree of flame resistance, and sturdiness under various conditions. If you need a product for smaller applications, the 170-03058 might be a better fit. Conversely, for larger tasks requiring a bigger diameter, the 170-03061 could be the right choice for you.

Frequently Asked Questions (FAQs)

Is HellermannTyton's Resin Coated Fiberglass Sleeving Easy to Install?

Yes, both models are designed to cut easily with ordinary scissors, making the application straightforward. However, always follow the manufacturer’s guidelines for the best results.

Do These Products Comply with Safety Standards?

Absolutely, both products are Reach and ROHS compliant, and they carry the UL VW-1 flammability rating, certifying them for use in conditions requiring a high degree of flame resistance.

Can I Use These in High-Temperature Environments?

Both models are suited for extreme temperatures ranging from -94°F to +1202°F, making them ideal for applications that deal with high heat.

What is the Main Difference Between the Two Models?

The main difference lies in the length and diameter. The 170-03058 is 50ft long with a 0.25" diameter, whereas the 170-03061 is 25ft long with a 1" diameter. Your choice will depend on the specific requirements of your project.

Wrapping Up

To sum it up, braided sleeving resin-coated fiberglass offers a compelling combination of strength, thermal resistance, and protection against elements. Its range of applications is wide and growing, making it an increasingly popular material in various industries. Whether you're in automotive, aerospace, or any other field requiring durable and resilient materials, this composite is worth considering.

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