Autoclave For AAC Block

Autoclave For AAC Block Specification

Application
Industrial

Capacity
8 Ton/day

Material
MS

Product Type
Autoclave For AAC Block

Usage
Industrial

Color
Silver

Dimension (L*W*H)
19 Meter (m)

Weight
10000 Kilograms (kg)

Chamber Thickness
12 Millimeter (mm)

Door Type
Counter weight type

Working Pressure
12.5 Bar

Design Temperature
195 Celsius (oC)

Autoclave For AAC Block Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
5 Pieces Per Month

Delivery Time
10 Days

Sample Available
No

Packaging Details
Loose item packed for open trailer road Shiping

Main Domestic Market
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Certifications
ISO 90001 & ISO 45001, Good Manufacturing Practices (GMP)

About Autoclave For AAC Block

AAC Autoclave is used to cure the Greencake of AAC to activate the Silica & Lime Chemical reaction under pressure to achieve the desired Strength.

Autoclave is one of the most important component of the AAC Plant

Superior Capacity and Performance

Engineered for industrial-scale operation, this autoclave processes up to 8 tons of AAC blocks daily, maximizing production efficiency. Its robust construction, including a 12 mm thick MS chamber, guarantees longevity and consistent performance, even under rigorous operating conditions. Ideal for high-volume facilities, it accelerates block curing and enhances product quality.

Safe and Efficient Operation

With a working pressure of 12.5 bar and a design temperature of 195C, this autoclave comes equipped with a secure counterweight door system for operator safety. Precision manufacturing ensures reliable pressure containment, while the silver finish and thoughtful dimensioning (19 m long) provide both functional and aesthetic value in industrial settings.

Multifaceted Industrial Applications

Primarily used in the AAC block manufacturing industry, this autoclave is suitable for a range of industrial cement curing processes. The generous internal dimensions accommodate large batch sizes, supporting demand in construction and infrastructure projects across India.

FAQ's of Autoclave For AAC Block:

Q: How is the autoclave for AAC blocks used in industrial settings?

A: This autoclave is utilized to steam-cure AAC blocks under high pressure and temperature. The process accelerates chemical reactions in the concrete, resulting in stronger and more uniform blocks. The counterweight door design allows safe and easy access for loading and unloading batches.

Q: What are the benefits of using a 12 mm thick MS chamber autoclave?

A: A 12 mm chamber thickness made from mild steel (MS) provides enhanced durability, thermal efficiency, and safety during repeated industrial use. It ensures the autoclave withstands high pressure and temperature, prolonging its service life and reducing maintenance costs.

Q: When should you use this type of autoclave in AAC block production?

A: This autoclave is ideal for large-scale AAC block production facilities requiring high daily throughput, particularly when consistent product quality and rapid curing are critical for operational efficiency.

Q: Where is this autoclave manufactured and supplied?

A: This autoclave is manufactured and supplied in India, supporting domestic and industrial construction industries with reliable, locally produced equipment.

Q: What is the process involved in operating the autoclave?

A: The process involves placing freshly cast AAC blocks in the autoclave, sealing the counterweight door, and raising the pressure and temperature to the specified levels (12.5 bar, 195C) for a set period. This enhances the strength and stability of the blocks before cooling and removal.

Q: How does the counterweight door enhance the usage of this autoclave?

A: The counterweight door system facilitates safe and effortless opening and closing, minimizing manual effort and reducing the risk of accidents during loading and unloading operations in the industrial environment.

Q: What makes this autoclave suitable for industrial applications?

A: Its large capacity (8 tons/day), durable MS construction, stringent pressure and temperature specifications, and robust safety features make it highly suitable for demanding industrial environments, ensuring reliable AAC block production.

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