High Temperature Drying Oven LHDO-T2011

Introduction

High Temperature Drying Oven operates within a temperature range of RT+5 to 500℃. Features mechanical thermostat for reliable operation during primary temperature control failure. programmable operation. Selectable multi-level heaters provide efficient temperature rise and precise heat control. Widely used in pharmaceutical, chemical, agricultural and food industries.

This laboratory ovens 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 High Temperature Drying Oven is widely used in pharmaceutical, chemical, materials science, agricultural and food industries for controlled heat exposure processes.

Specifications

Capacity	225L
Shelves	4
Temperature Range	RT+5 to 500℃
Temperature Fluctuation	Less than or equal to 2℃
Temperature	Uniformity
Temperature Resolution	0.1℃
Timing Range	1 to 9999m
Power Consumption	8000W
Power Supply	AC380V,50HZ
Chamber Dimension	600mm × 600mm × 750mm
Exterior Dimension	1070mm × 700mm × 1160mm
Weight	130kg

Features

Powder-coated steel exterior

Multi-segment programmable control

Adjustable exhaust air flap

Anti-corrosive chamber

RS485 communication port

FAQs

1. What is the temperature range and accuracy of the High Temperature Drying Oven ?

High Temperature Drying Oven operates from RT+5°C to 500°C, supporting a wide application scope. It maintains ±3.5°C temperature uniformity and Less than or equal to 2°C fluctuation throughout the chamber. A 0.1°C resolution allows fine temperature adjustments for heat-sensitive materials. Suitable for processes requiring precise high-temperature control, such as thermal aging and curing. Ideal for industries needing consistent performance at elevated temperatures. Programmable settings ensure repeatable and reliable operation.

2. How does the High Temperature Drying Oven ensure safety and system reliability?

High Temperature Drying Oven is equipped with a mechanical thermostat that acts as a safety backup. This ensures continued operation even if the main controller fails. The powder-coated steel exterior provides heat resistance and structural durability. Adjustable exhaust air flap supports controlled ventilation and heat dissipation. Designed for reliable and safe long-duration heat exposure applications. Protects both user and specimens during high-temperature processing.

3. What control and programming features are available in the High Temperature Drying Oven ?

High Temperature Drying Oven features an microcomputer controller for accurate and intuitive operation. Supports multi-segment programmable control for complex thermal cycles. Users can set temperature profiles and timing between 1 to 9999 minutes. Enables precise heating stages for materials science and chemical processing. RS485 communication port allows remote monitoring and data logging. Ideal for labs requiring automated and traceable drying procedures.

4. What materials and design support long-term durability in the High Temperature Drying Oven ?

High Temperature Drying Oven is built with a stainless steel interior for corrosion resistance and easy cleaning. Exterior is finished in powder-coated steel for added strength and heat protection. Four adjustable shelves allow flexible sample arrangement within the 225L chamber. Sturdy structure supports intensive industrial and research usage. Designed to maintain performance across repeated high-temperature operations. Built for longevity in demanding laboratory environments.

5. In which industries is the High Temperature Drying Oven is typically used?

High Temperature Drying Oven is widely applied in the pharmaceutical industry for sterilization and drying. Used in chemical labs for heat treatment, compound curing, and solvent removal. Supports materials science in annealing, sintering, and thermal resistance testing. Applied in agricultural and food industries for drying grains, herbs, and samples. Efficiently handles controlled high-temperature processing across multiple sectors. An excellent fit for both research and industrial manufacturing environments.