Hot Air Sterilizer LHAS-T2012

Introduction

Hot Air Sterilizer features storage capacity of 252L for flexible applications. Durable stainless-steel interior featuring removable and easy-to-clean shelves. Supports adjustable temperature range from RT+10°C to 250°C with uniformity of ±2.5℃%. Ensures continuous operation with leakage protection and a secondary mechanical thermostat. Ideal for packaging material sterilization, heat treatment of samples, powder and resin sterilization. 

This sterilizers is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Our Hot Air Sterilizer is widely used in industrial manufacturing for production line tool sanitization, packaging material sterilization, heat treatment of samples, powder and resin sterilization, and other processes.

Specifications

Capacity	252L
Temperature range	RT+10 to 250℃
Temperature Resolution	0.1℃
Temperature Fluctuation	±1℃
Temperature Uniformity	±2.5℃%
Operating Temperature	+5 to 40℃
Timer	1 to 9999min
Shelves	3/10
Power Consumption	2450W
Power Supply	220V, 50HZ
Internal Dimension	600mm × 600mm × 700mm
External Dimension	880mm × 730mm × 950mm
Weight	140kg

Features

Insulated door handle

screen display

Multi-stage programming 

Forced air circulation

Tempered glass window

FAQs

1. What is the chamber capacity and construction of the Hot Air Sterilizer ?

The Hot Air Sterilizer features a 252L stainless steel chamber, designed for durability and corrosion resistance. It includes removable, easy-to-clean shelves, offering 10 configurable positions. The spacious design is ideal for handling large or multiple batches. Perfect for industrial settings requiring efficient dry heat sterilization. Its rugged build supports long-term, high-temperature use. Ideal for both lab and manufacturing environments.

2. What temperature range and accuracy do the Hot Air Sterilizer offer?

The Hot Air Sterilizer offers a temperature range of RT+10°C to 250°C. It maintains ±1°C fluctuation and ±2.5% temperature uniformity, ensuring consistent performance. The 0.1°C resolution allows for precise heat control. Ideal for processes requiring accurate thermal exposure, such as resin or powder sterilization. A multi-stage programmable system allows customized cycle setups. Supports a wide variety of heat-based applications.

3. How does Hot Air Sterilizer ensures operational safety and continuity?

The Hot Air Sterilizer is equipped with leakage protection and a mechanical backup thermostat. These features ensure continued operation even if the primary controller fails. An insulated door handle provides user protection during high-temperature use. Designed for safety compliance in industrial and lab settings. Reliable for critical, unattended sterilization tasks. Built to minimize downtime and risk.

4. What user interface and display features are included in the Hot Air Sterilizer ?

It Hot Air Sterilizer features a clear screen display for real-time monitoring. It supports multi-stage programming for customized temperature and timing cycles. This interface ensures user-friendly control of complex heat treatments. Easy to operate for both routine and technical users. Simplifies monitoring and adjustment of sterilization parameters. Ideal for precise process documentation.

5. What are common applications of the in industry?

The is used for packaging material sterilization, powder and resin processing, tool sanitization on production lines, and heat treatment of samples. Its high capacity and consistent temperature make it ideal for industrial manufacturing. Also suitable for laboratories and research facilities handling moisture-sensitive materials. Provides effective dry heat sterilization without compromising sample integrity. A versatile unit for critical sterilization tasks.

6. How does the Hot Air Sterilizer work?

Hot Air Sterilizer uses dry heat to eliminate microorganisms. It operates by circulating heated air within a sealed chamber. Temperatures typically range from 160°C to 250°C, depending on the application. The process denatures microbial proteins, ensuring sterilization of heat-resistant items. No moisture is involved, making it ideal for materials sensitive to steam. Sterilization cycles may last 30 minutes to 2 hours, based on load and temperature.

7. What are the common applications of a Hot Air Sterilizer?

Hot Air Sterilizer are extensively used in laboratories, hospitals, and pharmaceutical industries. Ideal for sterilizing glassware, metal instruments, powders, and non-porous materials. Also used for heat-tolerant lab equipment and tools that can’t be steam-sterilized. Common in microbiology labs for petri dishes, flasks, and syringes. Often used in cosmetics, food testing, and research facilities for dry sterilization. Suited for applications requiring moisture-free sterilization conditions.

8. How is dry heat sterilization different from autoclaving (steam sterilization)?

Hot air sterilization uses dry heat, while autoclaving uses moist heat (steam). Dry heat operates at higher temperatures and for longer durations. It is suitable for items sensitive to moisture or corrosion. Autoclaving is faster and more efficient for heat-stable, moisture-tolerant items. Hot air sterilizers are preferred when steam could damage materials or residues. Each method is chosen based on material compatibility and sterilization need.

9. What safety and operational features are typically included in the Hot Air Sterilizer?

Hot Air Sterilizer feature digital or mechanical temperature controls for precision. Equipped with over-temperature protection and leakage safety mechanisms. Chambers are often stainless steel, offering durability and easy cleaning. Timer and alarm systems allow safe, unattended operation. Some models include adjustable shelves, viewing windows, or data logging. These features ensure both user safety and process reliability.

10. How should items be loaded into the Hot Air Sterilizer?

Before loading into the Hot Air Sterilizer, it is confirmed that the items should be clean and dry. Arrange instruments evenly with gaps to allow airflow circulation. Avoid overcrowding, which may reduce temperature uniformity. Use only heat-resistant, dry-heat compatible materials (no plastics or liquids). Close the door tightly and ensure air vents are properly adjusted. Follow manufacturer instructions for optimal sterilization results.