ICE ENERGY B2 Radiative Cooling Film
1K All
IE-B2 Specialty

ICE ENERGY B2 Radiative Cooling Film

Description

ICE ENERGY B2 Radiative Cooling Film is a passive cooling film solution for building glass, transport windows and retrofit surfaces where infrared blocking, UV blocking, glass safety and cooling performance are required.

Recommended Uses

  • Suitable for building cooling reflective film, building cooling transmissive film and automotive or transport cooling window film applications, subject to transparency, reflectivity and local regulation requirements.
Scenarios:
Building glass retrofitReflective cooling film for exterior glassTransmissive cooling film where daylight is requiredAutomotive or transport window cooling filmGlass safety and anti-shatter upgrade
Industries:
Building materialsCommercial buildingsTransport and vehicle glassEnergy-saving retrofitFacility management

Best For

  • Projects where coating application is difficult but film installation is practical
  • Glass surfaces needing infrared and UV control
  • Retrofit projects with transparency or reflectivity selection requirements

Buyer Benefits

  • Offers a dry-installation route for cooling upgrades on glass
  • Supports building comfort and energy-saving goals without repainting the substrate
  • Helps combine cooling, UV control and glass safety in one film specification

Key Features

  • Passive cooling film option for retrofit projects
  • Blocks infrared radiation while supporting cooling performance
  • High UV blocking rate for glass protection and comfort
  • Provides anti-shatter and anti-falling protection for glass
  • Available as reflective, transmissive and transport-window variants

Technical Specifications

Product Family Specialty
Coating Layer All
Component System 1K or ready-to-use system, confirm from current TDS
Recommended Use Snapshot Suitable for building cooling reflective film, building cooling transmissive film and automotive or transport cooling window film...
Color reflective or transmissive film depending on model
Appearance clear, lightly tinted or reflective film depending on selection

Confirm current TDS/SDS, packaging, shelf life, and destination-country requirements before quotation or shipment.

Request Current TDS/SDS

Performance

Heat Resistance Passive cooling performance depends on film model, glass type, exposure and installation condition.

Application

Surface Preparation Clean glass thoroughly and remove dust, oil, residue and loose contamination before film installation.
Application Environment Install on clean, suitable glass surfaces under conditions recommended by the film installation procedure. Confirm local window film regulations and optical requirements before selection.
Application Method Select B21 reflective film, B22 transmissive film or B23 automotive cooling window film according to the required substrate and optical performance. Install according to the confirmed film procedure and inspect for adhesion, bubbles, edge sealing and optical defects.
Tools Glass cleaning tools, spray bottle or installation solution where applicable, squeegee, trimming tool, edge tools and inspection lighting.

Storage and Delivery

Storage Store film rolls in clean, dry conditions according to the current TDS. Avoid deformation, contamination, excessive heat and direct sunlight before installation.
Safety Use safe glass handling, cutting tools and installation practices. Follow current product safety guidance and local site safety requirements.

Product FAQ

When should I choose B2 film instead of B1 coating?

Choose B2 when the target surface is glass or when a dry film retrofit is preferred. Choose B1 when a coating system is needed for roofs, cabinets or industrial exterior surfaces.

What are the main B2 variants?

The source material identifies B21 building cooling reflective film, B22 building cooling transmissive film and B23 automotive cooling window film.

Can B2 be used on any window?

Glass type, visible light transmission, reflectivity, edge sealing, local window film regulations and customer appearance requirements should be checked before selection.

What should be checked before applying ICE ENERGY B2 Radiative Cooling Film?

Confirm substrate cleanliness, surface profile, dew point, ambient temperature, humidity, and compatibility with the primer or topcoat in the coating system.

How should ICE ENERGY B2 Radiative Cooling Film be mixed and applied?

Stir thoroughly before use. For multi-component products, mix base and curing agent according to the current TDS, observe induction time and pot life, and only thin with the recommended thinner.

How should unopened ICE ENERGY B2 Radiative Cooling Film be stored?

Store in sealed original containers in a cool, dry, ventilated place away from heat, sparks, and direct sunlight. Confirm shelf life and packaging with the current TDS/SDS before shipment.

What safety precautions are required during application?

Use suitable PPE, provide ventilation, keep away from ignition sources, and follow the current SDS for handling, fire protection, first aid, and waste disposal.

Manufacturer & Product Data Source

This page is maintained by Shandong Qilu Paints Co., Ltd. for international buyers and is based on Qilu Paints legacy technical product records. Confirm current TDS/SDS, export classification, packaging, shelf life, color, and destination-market requirements with the sales and technical team before quotation, specification, or shipment.

Manufacturer Shandong Qilu Paints Co., Ltd.
Export contact sales@qilupaints.com
Technical review Current TDS/SDS required

Disclaimer

The listed data are typical reference values from source product information. Confirm current test reports, model-specific optical data, installation procedure and warranty scope before specification or shipment.

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