GJN Aerogel Blanket

GJN Aerogel Thermal Insulation Blanket

Cost-Optimized Aerogel Insulation Solution for Small & Medium-Sized Industrial Pipelines

In industrial pipeline insulation systems, especially for small-diameter and medium-diameter pipelines, project stakeholders often face a trade-off between performance and cost:

High-performance aerogel insulation offers excellent thermal efficiency and anti-corrosion protection, but its cost can be prohibitive for large-area or budget-sensitive projects.

Conventional insulation materials such as rock wool, glass wool, and calcium silicate are more economical upfront, but are prone to moisture absorption, thermal degradation, and Corrosion Under Insulation (CUI), leading to increased lifecycle maintenance costs.

GJN Aerogel Thermal Insulation Blanket is developed as a cost-optimized aerogel-based solution, designed to bridge this gap for engineering contractors, distributors, and industrial end-users.

It delivers a balanced combination of thermal performance, moisture resistance, and installation efficiency—making aerogel technology more accessible for mainstream pipeline applications.

Key Technical & Application Advantages

Cost-Optimized Aerogel-Based Insulation

Engineered with silica aerogel powder as the core material, GJN breaks the material cost barrier of conventional aerogel blankets while retaining the essential low thermal conductivity performance.

It is particularly suitable for:

Small-diameter pipelines

Medium-pressure steam and process lines

Large-scale projects requiring cost control without compromising insulation quality

High Hydrophobic Performance for CUI Risk Reduction

With a hydrophobic performance level of up to ≥98%, GJN significantly limits water ingress into the insulation system.

When applied as part of a multi-layer insulation structure, it helps:

Reduce moisture accumulation inside insulation layers

Lower the risk of Corrosion Under Insulation (CUI)

Improve long-term stability of pipeline systems

Stable Thermal Performance Across Operating Conditions

GJN maintains stable thermal insulation performance across typical industrial temperature ranges (25°C–400°C).

Compared with conventional insulation materials such as rock wool and glass wool, it provides:

Lower thermal conductivity

Reduced insulation thickness requirements

Improved space utilization in constrained installations

4. Flexible Installation for Complex Pipeline Systems

The material offers good flexibility and on-site adaptability, making it suitable for:

Small-diameter pipelines

Curved or irregular pipeline layouts

Retrofit and maintenance insulation projects

This helps reduce installation time and labor intensity in field applications.

Non-Combustible & Industrial Durability

GJN meets Class A non-combustible performance standards and is designed for long-term industrial use.

Key characteristics include:

High-temperature resistance up to 650°C

Water-resistant and breathable structure

Stable long-term mechanical and thermal performance

Typical Applications

Oil & gas pipeline insulation systems

Petrochemical process pipelines

Power plant steam and auxiliary pipelines

Industrial facilities requiring CUI protection strategies

Engineering contractors and EPC pipeline insulation projects

Value for Different Stakeholders

For engineering contractors / EPC companies:

Balanced cost and performance

Easier installation and shorter project cycles

Improved system reliability for end clients

For distributors:

Positioned between premium aerogel and conventional insulation

Strong application demand in retrofit and cost-sensitive projects

Easy to integrate into existing insulation product portfolios

Positioning Statement

GJN Aerogel Thermal Insulation Blanket is designed as a practical, cost-optimized aerogel insulation solution for industrial pipeline systems where both thermal performance and lifecycle cost control are critical.It enables broader adoption of aerogel-based insulation in mainstream industrial engineering applications.