Aipei Technology's high-temperature baking and drying oven has significant advantages in material, temperature control accuracy, air supply system, energy saving, safety protection, application scope, and intelligent operation. The specific analysis is as follows:

1、 Excellent material quality and high durability

Inner liner material: The inner liner of Aipei Technology's high-temperature baking and drying oven is usually made of high-quality stainless steel plate material. For temperatures below 400 degrees Celsius, we use 304 advantage thickened stainless steel. For temperatures between 400 and 500 degrees Celsius, we use 310S high-temperature resistant stainless steel. 316 is only corrosion-resistant and not as strong as 310S high-temperature resistant, with different thicknesses. For example, we commonly use 3.5 or 4.0 thickness materials with good corrosion resistance and mechanical properties, which can ensure long-term stable operation of the oven in high-temperature environments.

Shell material: The shell is made of high-quality cold-rolled steel plate that has been treated with environmentally friendly electrostatic spraying. The overall design is beautiful and novel, and it has certain rust and corrosion resistance properties.

2、 Accurate temperature control and strong stability

Uniformity, our uniformity is a temperature distribution error of ≤± 1% ℃. Many peers' uniformity does not meet a standard and even fluctuates greatly. By adopting microcomputer intelligent PID control technology or intelligent controller, the temperature inside the oven can be accurately controlled to ensure that the temperature fluctuation is within a very small range (such as ≤± 1 ℃ or ≤± 0.5 ℃), meeting the high-precision baking requirements.

Temperature uniformity: Through scientifically reasonable air duct design, such as forced horizontal circulation air supply or vertical air supply, the temperature distribution inside the oven is ensured to be uniform, the baked objects are heated evenly, and local overheating or underheating phenomena are avoided.

3、 The air supply system is efficient and heats up quickly

Air supply method: Low noise fans and well-designed air ducts are used to form an efficient hot air circulation system. This design not only improves the heating speed, but also ensures the uniformity and stability of the temperature inside the oven.

Heating rate: Some models of ovens can reach a heating rate of 1.0-3.0 ℃/min, which can quickly reach the set temperature and improve baking efficiency.

4、 Outstanding energy-saving performance, reducing operating costs

Energy saving effect: After testing, the energy loss can be reduced by 80% to 90% after entering the energy-saving stage, and the overall output is only 10-20%, which is about one tenth of the energy consumption of products in the same industry, significantly reducing the operating costs of users. The PID intelligent temperature controller will automatically enter energy-saving mode, turn off most of the heating power, and effectively control power loss.

5、 Complete security protection measures to ensure safe use

Multiple protection: The oven is equipped with multiple safety protection measures such as over temperature protection, overload automatic power-off system, grounding protection, and fan overload protection to ensure safety during use. The dual protection of high-temperature protection and automatic power-off system under high load is not suitable for many manufacturers. Currently, we have helped a customer install more than 30 devices without protective devices that they purchased from others

Alarm function: When the temperature inside the oven exceeds the set value or other abnormal situations occur, the alarm system will be immediately triggered to remind the user to handle it in a timely manner.

VIQuality assurance: All of our electronic components are made of high-temperature resistant materials, which are customized based on our decades of production experience and research and development. Many of our peers use high-temperature resistant parts, and even some, such as Mitsubishi's, are not resistant to high temperatures. The later failures are fast and high, which is why many of our customers have not reported any problems for more than 10 years. Cheap things are everywhere, but you get what you pay for. No one is willing to make money without making a profit. The high prices are due to different costs and process technologies. If you want to use them stably for a long time, you can buy ours. If you just want to deal with customers, you can buy cheaper ones