If you are looking for a temperature controlled equipment to detect physical properties changes of materials, then we recommend you Climatest Symor® high temperarure hot air oven. The hot air oven is able to create high temperatures up to 600 deg C for testing and studying different materials and products in industries and laboratories.
Model: TBPZ-9200A
Capacity: 200L
Interior Dimension: 450*450*450 mm
Exterior dimension: 795*730*690 mm
Description
High temperature hot air oven is a new type of industrial oven, using long shaft, high temperature resistance, high power flow fan, stainless steel turbine blade and NiCr heater, combined with the unique air duct design, in intelligent PID temperature controller and SSR solid state relay control, forming an uniform high temperature hot air.
Specification
| Model | TBPZ-9030A | TBPZ-9050A | TBPZ-9100A | TBPZ-9200A |
|
Interior Dimension (W*D*H) mm |
320*320*300 | 350*350*400 | 450*450*450 | 600*600*600 |
|
Exterior Dimension (W*D*H) mm |
665*600*555 | 695*635*635 | 795*730*690 | 950*885*840 |
| Temperature Range | 100°C ~ 600°C | |||
| Temperature Fluctuation | ± 1.0°C | |||
| Temperature Resolution | 0.1°C | |||
| Temperature Uniformity | ± 1.5% | |||
| Shelves | 2 PCS | |||
| Timing | 0~ 9999 min | |||
| Power Supply | AC380V 400V 415V 480V 50HZ/60HZ | |||
| Ambient Temperature | +5°C~ 40°C | |||
Main Parameters
1. Structure
1.1 Interior oven: Stainless steel argon arc welding, pollution prevention, easy to clean.
1.2 Exterior oven: Powder-coated cold rolled steel, rust resistant.
1.3 Thermal insulation: 100K advanced insulation glass fiber, good insulation performance.
1.4 Racks: Stainless steel, height is adjustable according to your products dimension, space-saving.
2. Temperature control system: Intelligent PID temperature controller, constant temperature control mode, PID automatic calculation, with sensor cable break alarm function, with over-temperature alarm protection function, to ensure the operation safety.
3. Forced air convection
3.1 Air supply mode: Vertical or horizontal
3.2 Air duct design: High density punching air plate is used on the air duct, to ensure the temperature uniformity inside the oven.
3.3 Air supply device: Using high-power, high-temperature resistant, long shaft silent motor + stainless steel turbine blade, the turbine is treated by horizontal correction to ensure smooth air transport.
3.4 Safety protection of air supply device: with over temperature, overload and over current protection functions to ensure the service life and safety performance of motor and fan.
4. Heating system: Stainless steel dust-free NiCr heating elements, no leakage, safe and no dust.
5. Protection devices
5.1 Over temperature protection
5.2 Internal electrical protection
5.3 Phase sequence protection
5.4 Motor over-current protection
5.5 Fuses protection
Features
►Heating capacity from 100 to 600 degrees C
►Uniform temperature distribution inside the chamber
►Advanced PID controller with auto-tuning function
►Programmable as per customer’s recipes (OPTIONAL)
►Available in different volumes
Options
►Programmable temperature controller
►Nitrogen purging system
►Lead hole Φ50mm
►PLC control
►Three-color flashing light alarm
Benefits
Quality Assurance: High temperature hot air ovens ensure the quality and reliability of manufactured products, the ovens enable precise control over critical thermal processes. This quality assurance is essential in industries where material properties and product performance are paramount, such as aerospace, automotive, and electronics.
Improved Efficiency: High temperature hot air ovens speed up processing times for heat treatment, drying, curing, and other thermal processes. Their ability to reach and maintain high temperatures reduces processing time, thereby improving production efficiency and research workflows.
Cost Savings: By optimizing processing parameters and reducing cycle times, high temperature hot air ovens contribute to cost savings in production processes. Improved efficiency, enhanced material properties, and reduced energy consumption translate into lower manufacturing costs and higher profitability.
Why choose high temperature hot air ovens from Climatest Symor®?
Climatest Symor® is a high temperature hot air ovens manufacturer and supplier in China, we are good at design, manufacture and serve industrial ovens at competitive prices, the ovens offer fast responsive 600°C continuously running chambers, and available in 4 different standard sizes, we can also customize these ovens according to your manufacturing process.
Climatest Symor® concentrates on temperature control technology, we are familiar with various applications in electronics, automotive and chemical industries, we’ve been recognized by well-known customers worldwide, such as DuPont, Chemours, Foxconn, Wistron, IMI, SCHMID, and more. Our senior technical engineers can provide you with the best technical solutions to solve the temperature-related problems caused at different manufacturing processe.
Climatest Symor®adopts advanced facilities to manufacture high temperature hot air ovens, such as AMADA sheet metal equipment, CNC bending machine, CNC cutting machine, high precision plate cutting machine; Japan imported gas welding, and argon arc welding machine.
Climatest Symor® makes timely delivery of hot air ovens, electronic dry cabinets and environmental test chambers to worldwide customers, for products within the warranty period, we offer a free replacement parts service within 24 hours. Climatest Symor® has built long-term partnership with our distributors in Malaysia, Singapore, Vietnam, India, Israel, Brazil and Africa, and also many end users in Europe, North Amercia, we provide them lifetime technical support for free even after warranty period, welcome to reach us for possible collabration.
Application
Climatest Symor® makes efforts to become an outstanding manufacturer of high temperature hot air ovens in China, there are a variety of applications in the following industries.
Curing
Industries involved in coatings, paints, adhesives, and other surface treatments require high temperature hot air ovens for the drying and curing processes. These ovens accelerate evaporation of solvents, degassing and facilitate cross-linking reactions to ensure proper adhesion and coating.
Laboratory Research
High temperature hot air ovens are essential equipment in scientific research laboratories. They are used in various experiments and analysis required to control high temperatures, such as studying material properties, conducting thermal decomposition studies, and synthesizing new materials.
Chemical Synthesis
In chemical industries and research laboratories, industrial high temperature hot air ovens are applied to synthesize chemical compounds, catalyst activation, and thermal decomposition reactions. These ovens provide the necessary conditions to drive the chemical reactions at high temperatures.
600°C Industrial high temperature hot air ovens provide reliable, precise, and efficient heat treatment for a wide range of applications, including metallurgy, ceramics, polymers, chemicals and research, where precise high temperatures control is essential for material processing, synthesis, and experimentation.
