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| Company Info. |
| Zhejiang Huier Coating Environmental Protection Equipment Co., Ltd |
| Verified Supplier |
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| Product List |
I. Core Systems and Functions
1. Heating System
Heating Element: Honeycomb stainless steel electric heating tubes
(2–3kW per tube) or gas burners, supports steam heating, and offers
rapid temperature rise (room temperature to 260°C in approximately
20–30 minutes).
Hot Air Circulation: A high-temperature-resistant long-shaft motor
drives a multi-blade impeller, which, combined with the air duct
design, ensures temperature uniformity within the chamber
(temperature difference ≤ ±3°C).
2. Control System
Temperature Control Module: PLC with integrated PID algorithm,
supports 50 programmable temperature control steps (accuracy
±0.5°C), and a timer function (0–999 minutes).
User Interface: A touchscreen displays real-time temperature and
operating status, supports parameter settings, and provides fault
alarms.
3. Safety Protection
Multiple Protections: Automatic over-temperature shutoff, leakage
protection, motor overload protection, and electronic lock-linked
shutdown.
Explosion-Proof Design: Suitable for flammable and explosive
environments, equipped with a flame arrester and pressure relief
valve.
II. Performance parameters and scope of application
| Parameters | Typical Specifications |
| Temperature Range | Room Temperature – 300°C (Conventional 200°C) |
| Heating Uniformity | ±2°C (no-load) |
| Power | 4.5–15kW (adjusted by capacity) |
| Applicable Industries | Food processing (e.g., roast duck, pizza), chemical drying, electronic component aging testing |
| Applicable Workpieces | Metal parts, plastic parts, coating curing parts |
III. Key Operation and Maintenance Points
1. Usage Guidelines
Upon initial startup, run the oven at no load for one hour to remove any impurities.
Do not bake materials with a moisture content greater than 15% or
containing grease to prevent contamination of the oven liner.
2. Cleaning and Maintenance
After shutting down, promptly clean any residue from the oven
liner. Regularly check the heating element for carbon deposits and
the fan lubrication status.
3. Energy Optimization
Reducing energy consumption by 30–40% through waste heat recovery systems (such as preheating fresh air) is possible.
Industrial stainless steel ovens, with their corrosion resistance, high-precision temperature control, and modular design, have become core equipment for food processing and industrial baking, ensuring both efficiency and safety.
I. Main Frame and Casing
1. Casing Material
Made of 304/316 stainless steel or cold-rolled steel, with a
rust-proof or plastic-sprayed surface for enhanced corrosion
resistance.
Fully enclosed or semi-enclosed design ensures heat concentration
and safe operation.
2. Interior Design
SUS304 stainless steel is stamped and welded, offering
high-temperature resistance (≤300°C), meets food-grade hygiene
standards, and is easy to clean.
II. Insulation and Sealing System
1. Insulation Layer
Rock wool, aluminum silicate, or ceramic fiber (thickness ≥ 100mm)
is filled between the double-layer casing to reduce heat loss and
increase energy efficiency by 20–30%.
2. Sealing Components
The door gap is sealed with high-temperature-resistant silicone
strips, and explosion-proof door locks or electronic locks are
installed to prevent heat leakage.
III. Heating and Heat Circulation System
1. Heating Element
Electric Heating Tubes: Honeycomb stainless steel heating tubes
(2–3kW per tube) provide rapid temperature increases to 260°C.
Gas/Biomass Burner: Supports multi-fuel compatibility and is
suitable for high-temperature requirements (>300°C).
2. Hot Air Circulation Device
A high-temperature-resistant motor drives a multi-blade impeller,
which, combined with the air duct design, ensures temperature
uniformity within the chamber (temperature difference ≤ ±3°C).
IV. Control System
1. Temperature Control Module
Integrated PLC and PID algorithms support multi-stage programmable
temperature control (accuracy ±0.5°C) and a timer function (0–999
minutes).
The touchscreen displays real-time temperature and operating
status, supports parameter settings, and provides fault alarms.
2. Safety Protection
Over-temperature power off, leakage protection, motor overload
protection, and explosion-proof design (flame arrester, pressure
relief valve).
V. Support and Mobility Components
Adjustable casters (including universal wheels and brakes) are
installed on the bottom to accommodate transport requirements in
various locations.
VI. Key Component Technology Comparison
| Components | Typical Design | Features |
| Casing Material | 304/316 stainless steel | Corrosion-resistant, high-temperature resistant, long lifespan |
| Hot Air Circulation System | Multi-blade impeller + air duct design | Temperature uniformity ≤ ±3°C |
| Heating Method | Electric heating element/gas burner | Suitable for low to high temperature applications (room temperature–800°C) |
| Control System | PLC + touch screen | High-precision temperature control and automated operation |
1.High cost performance: Based on the customer's product
positioning and development strategy, and with economic
affordability as the foundation, we achieve the best cost
performance.
2.The advanced and meticulous design concept of the equipment,
along with the highly automated industrial equipment, showcases the
image of a modern and advanced enterprise.
3. It has high adaptability, meeting the current production
requirements and reserving room for development, taking into
account the needs of increased production and improved quality in
the future.
4.Quality compliance strictly adheres to the ISO900 quality
management system, with every minute detail of the entire equipment
installation being strictly controlled.

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