Product Details:
| Minimum Order Quantity | 5 Kilogram |
| Packaging Size | 5-10 Liter |
| Packaging Type | Can |
| Form Type | Liquid |
| Usage/Application | Industrial |
| Brand | Astrra Chemicals |
| Form | Liquid |
Foaming Agents in concrete or cement applications are primarily used to produce lightweight cellular concrete, also known as foam concrete. These agents help generate stable air bubbles in the cement slurry, which results in a lightweight, low-density, and thermally efficient concrete product.
🧱 Uses & Applications of Foaming Agent in Concrete/Cement ✅ 1. Lightweight Concrete (Foam Concrete / Cellular Concrete)Application: Used in non-load-bearing and semi-structural construction.
Benefits:
Reduces overall weight (density from 300 to 1800 kg/m³)
Easier handling and transportation
Minimizes dead load on structures
Use: Foaming agent is mixed with cement slurry to create air-filled concrete blocks.
Advantages:
High thermal insulation
Soundproofing properties
Fire resistance
Eco-friendly alternative to clay bricks
Purpose: Acts as a thermal and sound insulating layer under roofing or flooring systems.
Advantage: Reduces heat transmission and lowers energy costs.
Used in:
Filling abandoned pipelines, tunnels, and voids
Cable trench backfilling
Why: Flowable, self-compacting, and requires no vibration.
Application: Lightweight fill to reduce pressure on retaining walls and foundations.
Suitability: Ideal for soft soils and geotechnically sensitive areas.
Used as a cushioning layer below highways or airfields.
Reduces stress on subgrade and improves road durability.
Foam concrete is cast in panels for non-load bearing internal walls.
Benefits: Easy to cut, transport, and install.
The foaming agent is diluted with water and aerated to produce foam.
This foam is then mixed into the cement slurry or mortar.
The result is a stable air-entrained concrete, where millions of tiny, uniform air bubbles are trapped in the mix.
| Type | Characteristics |
|---|---|
| Synthetic-based (e.g., protein-free) | Cost-effective, stable, easy to use |
| Protein-based | Biodegradable, produces finer bubbles, more stable |
| Hybrid | Combines advantages of both |