Cement Autoclave

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MOQ : 1 Number

Cement Autoclave Specification

Power Source
Electric

Accessories Type
Pressure Gauge, Safety Valve, Specimen Holder

Automation Grade
Semi-Automatic

Technology
Hydrothermal (Autoclave) steam curing

Control System
Digital PID Controller

Surface Treatment
Powder Coated / Painted

Operating Pressure
21 kg/cm (Approx.)

Accuracy
High Precision Temperature and Pressure Control

Features
Double-wall construction, Insulated, Leak-proof door, Safety features

Machine Type
Automatic/Manual

Type
Vertical Cylindrical Chamber

Material
Stainless Steel / Mild Steel

Function
Testing Expansion of Cement

Application
Cement Laboratory; Quality Control

Voltage
220-240 V AC

Cement Autoclave Trade Information

Minimum Order Quantity
1 Number

Supply Ability
04 Per Month

Delivery Time
3-8 Week

About Cement Autoclave

With the advantage of our sophisticated infrastructure facilities, we are engaged in manufacturing and exporting a broad range of Cement Autoclave. In order to manufacture autoclaves, our professionals employ advanced machines and utilize quality materials procured from the authentic vendors. Ideal for conducting tests on cements or autoclave expansion tests, these efficient devices are incorporated with pressure regulator, cylinder, power switches and pilot lamps and thermometer. In addition, we offer Cement Autoclave at a reasonable price.
Further Details:

We are one of the leading manufacturers and suppliers of Cement Autoclave units. These units are fabricated in accordance with IS: 4031 (Part III). This autoclave is apt for conducting accelerated soundness tests on cements as well as the autoclave expansion test, needing a constant steam pressure by the corresponding constant temperature.

Components
It consists of a stainless steel cylinder with an insulated cover, mounted on a sturdy supporting frame, enclosed in a heat insulated metal housing.

Accurate Cement Expansion Testing

This autoclave facilitates critical expansion tests for cement, crucial for quality control in both research and industrial laboratories. Its robust construction and precision controls ensure compliance with recognized testing protocols, guaranteeing dependable performance every time.

Advanced Safety Features

Equipped with a safety interlock system, pressure relief valve, and insulated double walls, the autoclave prioritizes operator safety. The digital monitoring gives real-time feedback, while leak-proof doors and automatic shut-off mechanisms prevent overpressure incidents during operation.

FAQs of Cement Autoclave:

Q: How is the Cement Autoclave used to test the soundness and stability of cement?

A: The cement autoclave is used to expose cement specimens to controlled hydrothermal curing at high pressure and temperature, allowing technicians to measure the expansion of cement. This process helps determine the soundness and stability of the cement as per industry standards like IS:4031 and ASTM C151.

Q: What are the benefits of using a programmable timer and digital PID controller in this autoclave?

A: The programmable timer allows users to set curing durations up to 99 hours for precise testing, while the digital PID controller ensures accurate regulation of temperature and pressure. Together, these features enhance testing reliability and reproducibility.

Q: When should the autoclave safety interlock system be used?

A: The safety interlock system is automatically engaged during each operation, preventing the autoclave from being opened under hazardous pressure conditions. This system must always function to ensure user safety during testing procedures.

Q: Where is the cement autoclave typically installed and operated?

A: This autoclave is designed as a table-top device and is primarily installed in cement laboratories, research institutes, and quality control departments within the cement industry. Its compact and sturdy design suits standard laboratory environments.

Q: What is the process for operating the cement autoclave for cement expansion testing?

A: To operate, place prepared cement specimens into the chamber, seal the leak-proof door, and set testing parameters using the digital controller. The autoclave then subjects the specimens to programmed hydrothermal conditions, after which expansion is measured.