Basalt Fiber Fire Sleeve

Product Overview

LXHTR Basalt Fiber Fire Sleeves are engineered for applications where conventional fiberglass fire sleeves may not provide sufficient durability or service life.

The natural basalt fiber core offers superior resistance to thermal shock, vibration, and abrasion, making it particularly suitable for steel mills, foundries, mining equipment, heavy machinery, power generation facilities, and other demanding industrial environments.

The silicone-coated outer layer provides additional protection against oil, moisture, chemicals, and molten metal splash while maintaining flexibility for easy installation.

Why Basalt Fiber?

Many fire sleeves use fiberglass as the reinforcement layer. Basalt fiber offers a higher substrate temperature resistance of up to 760°C (1400°F), providing improved thermal stability and mechanical integrity when exposed to extreme heat conditions.

Although the silicone coating determines the sleeve’s continuous operating temperature, the basalt fiber core helps maintain structural strength during short-term high-temperature exposure and thermal shock events.

Core Design Features

• Basalt Fiber Reinforcement — Natural basalt fibers provide higher mechanical strength and thermal stability than conventional fiberglass materials.
• Silicone Rubber Coating — The thick silicone coating improves flame resistance while protecting against moisture, oils, chemicals, and molten splash.
• Flexible Braided Construction — Allows easy installation over hoses, cables, wire bundles, and piping without affecting flexibility.
• Environmental Sustainability — Manufactured from natural volcanic basalt rock, basalt fiber offers a more sustainable alternative to many synthetic reinforcement materials. The production process requires fewer additives and generates lower emissions, supporting environmentally responsible industrial operations without compromising performance.

Key Advantages

• Enhanced Abrasion Resistance — Basalt fiber construction withstands wear and mechanical damage better than standard fiberglass sleeves.
• Improved Thermal Stability — Maintains structural integrity during repeated exposure to high-temperature environments.
• Flame and Molten Splash Protection — Provides an effective barrier against direct flame, radiant heat, welding sparks, and molten metal splash.
• Flexible and Easy to Install — Can be cut to length and installed on existing hoses, cables, and piping systems.
• Reduced Maintenance Costs — Helps extend service life of hoses and cables while minimizing unexpected downtime.

Technical Specifications

Standards & Compliance

LXHTR Snap Closure Fire Sleeve is manufactured using high-quality fiberglass and silicone rubber materials suitable for demanding industrial thermal protection applications. Material compliance documents and test reports can be provided upon request.

Typical Applications

• Hydraulic Hoses — Protection against heat, flame, and abrasion in hydraulic systems.
• Wiring Harnesses — Thermal protection for electrical cables and wire bundles.
• Steel & Foundry Equipment — Protection from molten splash and radiant heat.
• Mining Machinery — Improves cable and hose durability in harsh operating environments.
• Power Generation Facilities — Protects piping and electrical systems near high-temperature equipment.
• Welding Equipment — Protection against sparks, slag, and intermittent flame exposure.

Comparison: Basalt vs Fiberglass Fire Sleeve

Need a Custom Fire Sleeve Solution?

Contact our team with your hose size, operating temperature and application details. We will recommend the most suitable fire sleeve specification for your project.

Frequently Asked Questions

1. Why choose basalt fiber instead of fiberglass?

Basalt fiber provides higher mechanical strength, better abrasion resistance, and improved thermal stability, making it suitable for more demanding industrial environments.

2. Is basalt fiber more environmentally friendly?

Basalt fiber is produced directly from natural volcanic rock and generally requires fewer additives during manufacturing, making it a more environmentally friendly alternative to traditional fiberglass.

3. Is the sleeve resistant to oil and chemicals?

Yes. The silicone rubber coating provides good resistance to oils, moisture, and many industrial chemicals.

4. Can custom sizes be manufactured?

Yes. Custom diameters, lengths, colors, and packaging options are available.