Understanding Laboratory Hot Air Oven

• Sterilization: One of the primary uses of laboratory hot air ovens is for sterilizing equipment and tools in laboratories and research centers. It ensures a particulate-free environment essential for accurate research data.
• Evaluating Heat Resistance of Materials: Specifically designed for testing the behavior of materials like plastics, polymers, and rubber under high temperatures, hot air ovens play a crucial role in industries for quality assurance.
• Medical Field Usage: In the healthcare sector, hot air ovens are utilized for sterilizing medical devices and surgical instruments, making them ready for reuse while ensuring they are free from microbial contamination.

Features and Specifications
Pacorr's laboratory hot air ovens are known for their high-grade construction, precise temperature control, and efficient heating capabilities. Key features include:

• A double-walled chamber with stainless steel interiors and a mild steel powder-coated exterior for durability.
• Insulation with imported mineral glass wool for maximum thermal efficiency.
• A microprocessor-based digital temperature controller for accurate temperature management.
• Rapid air circulation fan for uniform heating and temperature maintenance inside the chamber

Maintenance and Usage Tips

• Regular maintenance, including checking and replacing the heating wire and keeping the oven clean, is crucial for optimal performance.
• Calibration and adherence to the manufacturer's guidelines ensure accuracy and extend the lifespan of the hot air oven.

Laboratory hot air oven by Pacorr stand out for their reliability, precision, and versatility in a wide range of applications, from sterilization to material testing. By understanding the features, applications, and maintenance of these ovens, users can ensure their laboratory processes are efficient, accurate, and safe.

The manufacturers of such products and materials must ensure that the quality of these products is so high that they can bear any working environment that they are subjected to. The materials need to be tested for their behaviour in extremely high temperatures. The laboratory hot air oven is one of the most precise testing instrument that can help the manufacturers in testing these parameters of materials with great accuracy and ease.

Pacorr is one of the known Laboratory hot air oven manufacturers and suppliers that offer the most precise and heavy duty testing instrument to the industries for accurate testing and better quality assurance. The rubber, polymers and plastic products are widely used in industries for various purposes. The manufacturers of these materials must keep in mind that when they are used in industries, the working environment is very harsh in these industries and this harsh environment can cause these materials to degrade and change their physical attributes to such an extent that they can face failure in very less time. This is why the manufacturers of the products must ensure that the products they provide to the customers are of great quality and are able to withstand these extreme working conditions. The best quality of products can be ensured with the help of proper testing with great accuracy and precision. The laboratory hot air oven can help the manufacturers in accurate testing of the materials in harsh working environments.

The Hot air oven is an instrument that offers high temperature that can imitate the extreme working conditions of the industries and hence can be used to test the behaviour of different materials under extreme working conditions. The instrument provides high temperature with the help of hot air hence there is no interference of flames. It can also be used for sterilization of different instruments and tool with great ease. The Pacorr’s Hot air oven comes with high quality Kanthal wires that give efficient and accurate heating to the level required. The heating process is controlled with the help of a PID controller and the temperature of the chamber is displayed on the digital display provided with the instrument for better control.

The inner body of the chamber is made from high grade stainless steel and the outer body of the instrument comes with mild steel for a rugged performance of the instrument. As the instrument works with heat, there is a great deal of insulation needed to avoid any interference of the outer environment on the temperature of the chamber during testing. For this, the instrument is provided with high quality glass wool which provides perfect insulation to the inner chamber. This precision and accuracy makes the instrument the best option to test the behaviour of materials under extreme temperatures.