AAC  PLANT
AAC  PLANT
AAC  PLANT
AAC  PLANT
AAC  PLANT
AAC  PLANT
AAC  PLANT
AAC  PLANT
AAC  PLANT
AAC  PLANT
AAC  PLANT
AAC  PLANT
AAC  PLANT
AAC  PLANT
AAC  PLANT
AAC  PLANT
AAC  PLANT
AAC  PLANT
AAC  PLANT
AAC  PLANT
AAC  PLANT
AAC  PLANT
AAC  PLANT
AAC  PLANT
AAC  PLANT
AAC  PLANT
AAC  PLANT
AAC  PLANT
AAC  PLANT
AAC  PLANT
AAC  PLANT
AAC  PLANT

AAC PLANT

Price 10000000 INR/ Container

MOQ : 1 , , Container

AAC PLANT Specification

  • Type
  • Fully automatic AAC Block Plant autoclave
  • Chamber Size
  • 6.0 m length x 1.5 m diameter
  • Chamber Thickness
  • 22 mm shell
  • Outer Size
  • 6.5 x 1.6 x 1.2 m (L x W x H)
  • Compressed Air
  • 6-8 kg/cm2, required for operation
  • Door Type
  • Hydraulically operated heavy-duty door
  • Design Pressure
  • 16 Bar
  • Working Pressure
  • 12 Bar
  • Design Temperature
  • 210C
  • Heat Uniform
  • 2C distributed across chamber
  • Insulation
  • Mineral wool/ceramic wool with aluminum sheeting
  • Net Weight
  • 26,000 Kg approx.
  • Recording Parameters
  • Digital temperature/pressure recording module
  • Spraying Mode
  • Fine and uniform multi-point steam injection
  • Outer Trolley
  • Available, solid steel construction for loading/unloading
  • Inner Trolley
  • Customized for mold transfer, MS/SS options
  • Spraying Piping
  • Stainless steel, corrosion-resistant
  • Steam
  • Usage pressure 1.5-2.0 kg/cm2 for curing
  • Sterilizing Temperature
  • 180C - 200C
  • Working Temperature
  • Up to 200C
  • Sterilization Time
  • 8-12 hours (typical cycle)
  • Temperature Scope
  • Ambient to 200C continuous
  • Piping System
  • Heavy duty high pressure seamless pipes
  • Valves
  • High-pressure safety and release valves included
  • Power Consumption
  • Main motor: 18.5 kW, auxiliary motors: 5 kW
  • Noise Level
  • Below 70 dB in operational mode
  • Sealing Type
  • Heavy-duty silicone or EPDM gasket
  • Finish
  • External: Epoxy paint, Internal: Anti-corrosive coating
  • Material of Construction
  • Boiler grade IS 2062/SA 516 Gr 70 steel
  • Foundation Requirement
  • RCC foundation with anchoring bolts
  • Compliance
  • As per IS 8598/International Autoclave Safety Standards
  • No. of Doors
  • Single or double door option
  • Accessories Included
  • Pressure gauges, temperature sensors, lifting hooks, maintenance kit
  • Transport Trolley Track
  • Precision aligned, modular steel tracks
  • Control System
  • PLC based automatic controls with safety interlocks
  • Production Capacity (Blocks/Batch)
  • 200-600 cubic meters/day depending on plant size
  • Optional Features
  • Remote monitoring system, steam recycling unit, preheating system
 

AAC PLANT Trade Information

  • Minimum Order Quantity
  • 1 , , Container
  • Supply Ability
  • 1 , , Container Per Month
  • Delivery Time
  • 2 Months
 

About AAC PLANT

AAC Plant Introduction:

Autoclaved Aerated Concrete (AAC) Block, also called Light Block, used siliceous (fly ash, sand, slag) and calcareous (lime & cement) as the main raw materials, which through the process of batching, pouring, curing, cutting, autoclaving, separating and packing to make into the final products. It is new type & environmental construction material and widely used for industry and civil building construction. AAC Block is the most mature technology of production and application in the worldwide nowadays.

AUTOTHERM AAC Plant Advantages:

  • Fully Automatic Programmable/ Semi- Auto/ Manual Functions
  • Cutting machine adopt frame shaking and cutting, which is most reliable designing;
  • Turning table peeling six-sides successfully for aac block cake;
  • High Reliability
  • International Std. Rigid Construction
  • SCADA Control Systems, PLC & Motors are Siemens - Germany  make
  • Hydraulic Systems made with YUKEN- Japan
  • Control switches made with Schneider - Germany
  • 12 Months Warranty given Internationally
  • Lifetime AMCs, Services and Support


Models

AutoBrick

12-F/S/M

AutoBrick

25-F/S/M

AutoBrick

50-F/S/M

AutoBrick 100-F/S/M

AutoBrick 150-F/S/M

AutoBrick 200-F/S/M

AutoBrick 300-F/S/M

AutoBrick 500-F/S/M

Annual Production Capacity

(m3/Annum)

12,500

25,000

50,000

100,000

150,000

200,000

300,000

500,000

Daily Production Capacity (m3/Day)

25

50

 

100

 

250

 

400

 

500

 

800

 

1500

 

No. of Blocks Production/ Day

(Based on  Block Size : 600x200x200mm)

(Nos.- Approx.)

1,250

2,500

5,000

10,000

15,000

20,000

30,000

50,000

Power(KW)

100

150

250

450

500

600

800

1200

Raw Materials

Fly Ash+ Cement+ Sand/ Gypsum + Lime

Fly Ash+ Cement+ Sand/ Gypsum + Lime

Fly Ash+ Cement+ Sand/ Gypsum + Lime

Fly Ash+ Cement+ Sand/ Gypsum + Lime

Fly Ash+ Cement+ Sand/ Gypsum + Lime

Fly Ash+ Cement+ Sand/ Gypsum + Lime

Fly Ash+ Cement+ Sand/ Gypsum + Lime

Fly Ash+ Cement+ Sand/ Gypsum + Lime

Building Area

Required (m2)

1500

2000

3000

4000

6000

8000

9000

15000

Storage Area

Required (m2)

15

18

20

20

22

25

25

40

F- Fully Automatic

S- Semi-Automatic

M-Manual



Advanced Construction for Reliability & Safety

Constructed with boiler grade IS 2062/SA 516 Gr 70 steel, the AAC Plants durable design is enhanced by high-standard finishing, using epoxy paint externally and anti-corrosive coatings internally. Heavy-duty silicon or EPDM gaskets and precision engineering mean robust sealing and optimal thermal insulation. Every component aligns with IS 8598 and international autoclave safety standards, ensuring safe and uninterrupted operation.


Automated, High-Capacity Production

Featuring PLC-based automatic controls with built-in safety interlocks, this plant allows for seamless and reliable operation. The chamber supports rapid autoclaving at up to 200C, managed by sophisticated digital modules that monitor temperature and pressure. With customizable batch sizes, the facility can process between 200 and 600 cubic meters of AAC blocks daily, adapting to diverse manufacturing demands.


User-Friendly Operations & Maintenance

The AAC Plant comes equipped with easy-to-operate, hydraulically driven doors, an ergonomic transport trolley track system, and straightforward controls. Accessories such as pressure/temperature sensors, lifting hooks, and a specialized maintenance kit streamline upkeep and enhance operator safety. The plants design supports quick installation on RCC foundations secured by anchoring bolts, while the modular tracks ease loading and unloading processes.

FAQs of AAC PLANT:


Q: How does the AAC Plant ensure safety during operation?

A: The AAC Plant incorporates PLC-based automatic control systems with built-in safety interlocks, high-pressure safety valves, and digital temperature/pressure recording modules. Its heavy-duty design and compliance with IS 8598 and international autoclave safety standards further enhance operational safety.

Q: What are the key materials used in the construction of the AAC Plant?

A: The plant is built from boiler grade IS 2062/SA 516 Gr 70 steel, featuring heavy-duty seamless piping, mineral or ceramic wool insulation with aluminum sheeting, and stainless steel for corrosion-prone piping areas. This robust construction ensures longevity and superior performance under demanding conditions.

Q: When is the AAC Plant ready for commissioning after installation?

A: After the plant is installed on a prepared RCC foundation with anchoring bolts, commissioning typically follows completion of utility connections and operator training. The modular system enables efficient setup, allowing rapid transition to operational readiness.

Q: Where should the AAC Plant be installed for optimal functioning?

A: The plant should be installed on a solid RCC foundation equipped with anchoring bolts to secure the structure. An adequately ventilated industrial environment with access to steam, compressed air (6-8 kg/cm), and electrical utilities ensures smooth and safe operation.

Q: What is the process for producing AAC blocks in this plant?

A: Raw materials are poured into molds, then transferred into the autoclave chamber via specially designed trolleys. Uniform multi-point steam injection cures blocks at 180200C and 1.52.0 kg/cm for 812 hours, ensuring even sterilization and structural integrity of AAC blocks.

Q: How is the uniformity and quality of the blocks maintained during the curing process?

A: Fine, multi-point steam injection and refined temperature controls preserve a 2C temperature variance across the chamber. The internal anti-corrosive lining and digital monitoring modules further guarantee consistent curing and high-quality output batch after batch.

Q: What are the benefits of choosing this fully automatic AAC Plant?

A: This plant delivers high-volume, energy-efficient AAC block production with advanced safety, precision control, remote monitoring options, and quick maintenance access. Its robust construction and compliance with global standards result in increased productivity, cost-effectiveness, and reliable long-term operation.

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