High Temperature Fiberglass Aerogel Blanket Features
Thermal Insulation for High-Temperature Equipment
The porous aerogel matrix suppresses heat propagation across industrial component surfaces. Thermal conductivity testing shall be performed at the corresponding mean service temperature to verify compliance with the project's thermal performance targets.
01
Fiberglass Reinforcement for Material Stability
Fiberglass nonwoven acts as the reinforcing skeleton of the aerogel composite. It stabilizes the blanket geometry while cutting, transporting and wrapping onto industrial parts.
02
Flexible Blanket Format for Equipment Installation
The roll-form blanket is sectionable and conformable to piping, tanks and contoured equipment surfaces. It accommodates insulation arrangements where rigid insulation panels cannot be installed properly.
03
Compact Insulation Layer for Limited Spaces
Aerogel composites fit thermal protection projects with limited installation clearance. The insulation thickness is derived from thermal calculation instead of empirical visual judgement.
04
Temperature-Related Material Selection
Industrial assets run under steady high heat or cyclic thermal load. Verify the rated service temperature of the chosen grade against the projected operating envelope before adoption.
05
High Temperature Fiberglass Aerogel Blanket Structure and Material Composition
The product combines an aerogel insulation component with a fiberglass reinforcement structure. These materials perform different roles within the blanket.
- Aerogel Insulation Component: Provides the primary thermal insulation function by limiting heat transfer through the material.
- Fiberglass Reinforcement: Supports the blanket structure and assists with material handling during cutting and installation.
- Blanket Construction: Combines the insulation material and reinforcement into a flexible format that can be prepared for different equipment dimensions.
High Temperature Fiberglass Aerogel Blanket Applications in Industrial Sectors
1. Industrial Piping Systems
The flexible fiberglass aerogel blanket wraps around heated piping runs, elbow joints and branch fittings. It adapts to round and irregular pipe profiles, supporting insulation layout where installation clearance is limited.
2. Petrochemical Process Units
It is applied on heated storage tanks, reaction vessels and process loops in petrochemical sites. Material grade and coating selection are determined by steady operating temperature, equipment geometry and on-site corrosive atmosphere.
3. Industrial Kilns & High-Temperature Hardware
It serves as surface insulation for kiln casings and hot process assemblies. Users select suitable blanket thickness based on long-term thermal load and fixed installation structure. The whole insulation stacking scheme needs verification before field installation.
4. Thermal Power Equipment
The blanket controls heat dissipation for boiler-connected piping, pressure containers and auxiliary components in power stations. Insulation design accounts for service environment, reserved maintenance space and external weather exposure.
Why Choose Runfew for Fiberglass Aerogel Blanket Supply?
- Aerogel Material R&D: Runfew develops specialty functional paper alongside aerogel thermal insulation materials, covering aerogel blankets, boards, textiles, powder and coating grades.
- Dual Production Routes: Wet-laid and dry-laid production lines are deployed to manufacture aerogel goods in diverse physical forms.
- Customized Project Formulation: Thickness, outer dimensions and coating schemes are adjustable, matched to on-site equipment arrangement and thermal insulation targets.
- Diversified Aerogel Stock Forms: A full lineup of aerogel variants accommodates projects with differentiated heat retention constraints and mounting conditions.
FAQ
Q: Does this fiberglass aerogel blanket undergo dimensional change after prolonged high-temperature operation?
A: Linear shrinkage remains below 2% within the rated continuous temperature range. Exposure beyond the temperature limit induces aerogel matrix sintering and obvious shrinkage.
Q: Can the blanket be placed in direct contact with open flame?
A: It limits flame propagation but is not built for continuous direct flame impingement. Add refractory shielding layers for zones subject to flame wash.
Q: Do installers need dedicated cutting tools?
A: Standard sharp utility knives work for on-site cutting. Score the surface lightly first to reduce loose aerogel dust release.
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