Mefape Autoclave Reactor Hydrothermal Synthesis High

Description

Product Overview

The Mefape autoclave reactor is specifically designed for conducting hydrothermal synthesis reactions, offering a controlled environment that supports high-pressure and high-temperature conditions. Constructed with a durable PTFE chamber secured by lower and upper gaskets, it provides excellent thermal insulation and guarantees no leakage, even under extreme pressures up to 3Mpa and temperatures reaching 200°C. This reactor is built to handle corrosive substances such as acids and alkalis, making it versatile for various reaction reagents. Key specifications include package dimensions of 10.63 x 6.57 x 6.02 inches, a weight of 24.14 pounds, and model number HAR5428, ensuring reliability and precision in laboratory settings.

Usage

This autoclave reactor is ideal for industrial and scientific laboratories where hydrothermal synthesis reactions are performed, such as in material science, chemistry research, and pharmaceutical development. It is suited for environments requiring controlled high-pressure and high-temperature conditions, enabling efficient synthesis of nanomaterials, catalysts, and other compounds. Target users include research scientists, lab technicians, and educational institutions focused on advanced chemical processes that demand corrosion-resistant and leak-proof equipment for consistent results.

Why Choose Us

Mefape autoclave reactors stand out due to their robust construction and specialized design that prioritizes safety and efficiency. The PTFE chamber and secure gaskets offer superior protection against leaks and corrosion, ensuring long-term durability even with aggressive reagents. With a focus on quality assurance, this product is backed by reliable manufacturing standards and is ranked among top lab autoclaves, providing users with a trusted solution for demanding synthesis applications without compromising on performance.

Key Features

• Handles high pressures up to 3Mpa and temperatures to 200°C for effective synthesis reactions
• PTFE chamber with secure gaskets ensures no leakage and excellent thermal insulation
• Resistant to corrosive substances like acids and alkalis for broad reagent compatibility
• Designed specifically for hydrothermal synthesis in controlled laboratory environments
• Durable construction with precise dimensions for reliable and repeatable results

FAQ

What is the maximum pressure this autoclave reactor can withstand?

The reactor is designed to withstand pressures up to 3Mpa, making it suitable for high-pressure hydrothermal synthesis reactions without risk of failure.

Is the PTFE chamber resistant to corrosive chemicals?

Yes, the PTFE chamber is highly resistant to corrosive substances, including acids and alkalis, ensuring safe use with a wide range of reaction reagents.

What temperature range does this reactor support?

It can operate at temperatures up to 200°C, providing the necessary heat for efficient synthesis under controlled conditions.

How does the gasket system prevent leaks?

The lower and upper gaskets secure the PTFE chamber tightly, creating a protective barrier that guarantees no leakage even under extreme pressure and temperature.

Who is the ideal user for this autoclave reactor?

It is best suited for research scientists, lab technicians, and educational institutions involved in advanced chemical processes requiring reliable high-pressure equipment.