ADDAGE FOAMING AGENT (PROTEIN)

Brand Addage
Form Liquid
Appearance Broun Liquid
Usage/Application Commercial
Packaging Size 50 Kg and 200 Kg
Packaging Type Can & Barrel
Grade Standard Technical Grade
Minimum Order Quantity 50 KG

Product Description

The Addage Foaming Agent CLC-FA (Protein based) is a highly concentrated and efficient foaming liquid used to manufacture lightweight and strong CLC blocks.

Foaming Agent CLC-FA (Protein based) offers excellent stability and consistent durability to CLC blocks. It is suitable for use with different water qualities and wider temperature range. Foaming Agent CLC-FA (Protein based) does not cause any chemical reaction in the concrete mix, but acts as an excellent bonding agent for trapping air bubbles for lightweight and durable CLC block manufacturing.

Addage Foaming Agent CLC-FA (Protein based) offers higher efficiency in air entrapment, which produces excellent strength and significant thermal insulation properties. It essentially increases the yield of foamed concrete and offers optimal stability. The bubbles are not easily burst which gives the foamed concrete exceptional strength without compromising on weight.

Application of Addage Foaming Agent CLC-FA (Protein based)

The Addage Foaming Agent CLC-FA (Protein based) is designed for:

  • Producing high quality lightweight CLC blocks
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Description

The ADDAGE FOAMING AGENT (PROTEIN) is a specially formulated foaming liquid made from high-quality proteins that create a stable, uniform foam to produce very lightweight, high-quality, long-lasting cellular concrete blocks and panels.

As a result of using this foaming agent, CLC block manufacturers can generate additional production yield, produce higher quality CLC blocks and the blocks manufactured with ADDAGE FOAMING AGENT (PROTEIN) will provide long-term structural reliability.

Key Features

A benefit of using ADDAGE FOAMING AGENT (PROTEIN) is that is creates uniform, very consistent amounts of foam due to the higher quality protein material used in ADDAGE FOAMING AGENT (PROTEIN) than with regular foaming agents.

Unlike regular foams, the foam generated with ADDAGE FOAMING AGENT (PROTEIN) does not chemically react with cement or aggregate but rather creates strong, elastic foam bubbles that do not break apart while being mixed, pumped, or cured; therefore the CLC products will have an excellent internal structural integrity, higher compressive strengths, and increased thermal insulation performance.

The foam created by ADDAGE FOAMING AGENT (PROTEIN) is very stable and long-lasting; does not collapse and will produce consistent results regardless of the water quality and temperature conditions during the foam generation process.

This provides manufacturers with excellent air trapping abilities in the CLC product, thus providing better density control over the entire process of producing CLC blocks and therefore providing higher yields of foamed concrete for the manufactured CLC blocks from the ADDAGE FOAMING AGENT (PROTEIN).

Technical Specifications

  • Brand: Addage
  • Form: Liquid
  • Appearance: Brown Liquid
  • Usage/Application: Commercial
  • Grade Standard: Technical Grade
  • Packaging Size: 50 Kg & 200 Kg
  • Packaging Type: Can & Barrel
  • Minimum Order Quantity: 50 Kg

Recommended Applications

ADDAGE FOAMING AGENT (PROTEIN) is specifically designed for applications where strength, insulation, and uniform density are critical. It is widely used for:

  • Manufacturing high-quality lightweight CLC blocks
  • Producing foamed concrete with consistent density
  • Thermal and sound insulating blocks
  • Non-load bearing masonry units
  • Lightweight construction components

Its performance makes it suitable for both manual and fully automated CLC block production plants.

Dosage Guidelines

The dosage of ADDAGE FOAMING AGENT (PROTEIN) depends on the target density, cement content, foam generator type, and production method. The foaming agent is diluted with water and passed through a foam generator to produce stable foam, which is then blended with the cement slurry.

Due to its high efficiency and concentration, only a small quantity is required to achieve the desired foam volume and block density. Trial mixes are recommended to fine-tune dosage and achieve optimal results for specific production conditions.

Product Benefits

  • Produces highly stable and elastic foam
  • Excellent air entrapment for lightweight concrete
  • Improves compressive strength of CLC blocks
  • Enhances thermal and sound insulation properties
  • Maintains foam stability during mixing and curing
  • Increases yield of foamed concrete
  • Suitable for varying water quality and temperatures
  • Does not chemically react with concrete components
  • Helps achieve uniform density and smooth block finish
  • Ideal for consistent, high-quality CLC block production

ADDAGE FOAMING AGENT (PROTEIN) ensures a perfect balance between low density and high structural integrity.

Packing

ADDAGE FOAMING AGENT (PROTEIN) comes in various package sizes (50 Kg containers -200 Kg barrels) for both small and large production plants. Packaging design offers safe, easy storage, and minimal product loss.

Storage

Store ADDAGE FOAMING AGENT (PROTEIN) away from direct sunlight and heated areas as well as in a cool, dry area. Keep containers tightly closed when not in use. Under proper storage conditions, ADDAGE FOAMING AGENT (PROTEIN) will remain foamy and provide performance throughout its expected shelf life.

Safety Precautions

When handling ADDAGE FOAMING AGENT (PROTEIN), the normal safety precautions should be taken. Avoid contact with eyes and extended exposure to skin. Wear protective gloves if applicable. In the case of accidental contact, clean the area with clean water. Do not swallow the foam; keep the foam away from children.

Additional information

Weight 50 kg
What does ADDAGE FOAMING AGENT (PROTEIN) do?

ADDAGE FOAMING AGENT (PROTEIN) produces high strength lightweight CLC blocks and foamed concrete.

What is the difference between synthetic foaming agents and protein foaming agents?

Synthetic foaming agents generate less durable and less elastic bubbles than protein foaming agents, producing superior strength and durability.

Does it react with cement or aggregates?

No, it does not cause any chemical reaction with concrete ingredients.

Is it suitable for different water qualities?

Yes, it performs well with varying water quality and temperature conditions.

Does it improve block strength?

Yes, its stable foam structure helps achieve higher compressive strength without increasing density.