Thermal Insulation Coatings

DY-88

Aerogel Thermal Insulation Blanket

Flexible aerogel insulation blanket for compatible industrial pipelines, process equipment and building-envelope insulation assemblies.

Technical parameters Contact technical team

Aerogel Blanket for Industrial Pipelines

DY-88 is an aerogel insulation blanket supplied as a flexible material for compatible industrial pipelines, process equipment and building-envelope insulation assemblies. The industrial aerogel blanket can be cut and fitted around equipment as part of a designed insulation system, making it physically different from a sprayable or trowel-applied aerogel coating. Project review should confirm the service temperature, required thickness, equipment geometry, joints, fastening method, outer protection and maintenance access. Handling planning should also follow the stated personal-protection guidance where cutting may generate light dust. For irregular surfaces where an applied layer is preferred, compare the installation approach with DY-23 aerogel thermal insulation coating rather than assuming the two forms are interchangeable.

A flexible thermal insulation material made by combining aerogel with reinforcing fibres through a dedicated manufacturing process.

Problems addressed

Heat loss from industrial pipeworkLimited space for conventional insulationComplex surfaces requiring a cut-to-fit insulation layer

Aerogel Blanket vs Aerogel Coating

When this product direction fits

Flexible aerogel insulation blanket for equipment, pipework and tank insulation assemblies.

How this system differs

This series manages heat transfer; it does not replace a structural repair, leak repair or corrosion-control system where those problems are active.

What must be confirmed

Suitability depends on the actual substrate, medium, concentration, temperature cycle, exposure mode and application window. Final system selection and project-specific instructions require technical review.

Aerogel Blanket or Aerogel Coating?

DY-88 is a flexible blanket installed as part of a fitted insulation assembly. DY-23 is an applied aerogel coating for compatible equipment and complex surfaces. Geometry, joints, fastening and maintenance access guide the choice.

Compare DY-23 aerogel thermal insulation coating

Product features and advantages

Thermal conductivity stated in the source

A1 fire-performance classification stated in the source

Flexible and cuttable with conventional tools

Hydrophobic material

Reusable material stated in the source

Typical application context

Process Equipment Insulation

Petrochemical & Refining · Power & Energy · Industrial Buildings & Logistics: application review for Industrial pipeline · Process equipment · Building envelope.

Flexible aerogel insulation blanket for equipment, pipework and tank insulation assemblies. Confirm the substrate, exposure and maintenance access before final selection.

Suitable equipment

Industrial pipelineProcess equipmentBuilding envelope

Industries

Petrochemical & Refining

Power & Energy

Industrial Buildings & Logistics

Building Energy Efficiency

Substrates and areas

Pipework · Equipment insulation zones · Prepared building assemblies

Operating conditions

Maximum use temperature stated as 650°C · Use suitable personal protection where handling generates light dust

DY-88

Technical parameters

Only values available in the reviewed product source are shown.

Technical parametersValueSource

Thickness6 mm / 8 mm / 10 mmProduct source

Roll Size20 m²; custom sizes availableProduct source

Maximum Use Temperature650°CProduct source

Thermal Conductivity0.018 W/(m·K)Product source

Density200±10 kg/m³Product source

Hydrophobicity>99%Product source

Fire PerformanceA1 classification stated in sourceProduct source

Installation and Inspection

01

Inspect the protected surface and resolve active corrosion or leakage first.

02

Confirm operating temperature, geometry, supports and removable maintenance zones.

03

Measure and cut without compressing or damaging the blanket.

04

Control joints, overlaps and penetrations to limit thermal bridges.

05

Use a compatible fixing and outer-protection arrangement for the exposure.

06

Inspect continuity, water entry and mechanical damage after installation and during service.

Source-specific procedure

01

Preparation

Measure the insulation area and confirm the required thickness before cutting.

02

Cutting

The source states that the blanket can be cut with conventional scissors or similar tools.

03

Application Tools

Use tools appropriate to the equipment geometry and fastening design.

04

Precautions

Wear gloves, protective eyewear and a dust mask for handling comfort where light dust may be generated.

05

Project Review

Confirm the fastening, joint and outer-protection method for the actual equipment and operating environment.

Packaging, storage and transport

Material FormatFlexible blanket

Roll Size20 m²; custom sizes available

Official product source: Final supplied DAYU-X aerogel thermal insulation blanket document and DY-88 product image

Technical documents

Documents for project evaluation

TDS, SDS, MSDS, test reports and other project-related technical documents are available based on specific project requirements. Please contact us through WhatsApp.

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Frequently Asked Questions

What is an aerogel insulation blanket?

It is a flexible insulation material combining aerogel with reinforcing fibres and installed as a fitted layer within a compatible insulation assembly.

Where can aerogel blanket be installed?

DY-88 can be reviewed for industrial pipelines, process equipment and compatible building-envelope assemblies within its verified conditions.

Aerogel blanket vs coating—what is the difference?

Blanket is cut, fitted and secured as a separate layer; coating is applied directly in controlled layers. Equipment geometry and installation design determine the appropriate form.