In the field of safety inspection and performance validation of electric heating cooking appliances, the compliance of test equipment directly determines the accuracy of data. As a core supporting tool, the Standard Test Vessels is meticulously built according to authoritative international standard drawings. Specifically customized for routine tests of hot elements, hotplates and electrical cooking plates, it is an essential piece of equipment for laboratory quality control, product research and development, and certification testing. It comprehensively strengthens the accuracy barrier for electric heating appliance testing.

I. Strict Compliance & Origin: Aligned with Three International Standard Drawings

The aluminum test vessels abandons non-standard design. It is precisely manufactured in full accordance with the official standard drawings issued by the International Electrotechnical Commission (IEC) and the European Committee for Standardization (CEN). It features no dimensional deviations and no structural compromises. The core execution standards are as follows:

· IEC 60335-2-9, Figure 103: Aligns with the safety standard for household and similar electrical appliances - Part 2-9. It is designed for special tests on grills, toasters, and similar portable cooking appliances. It meets the requirements for load simulation and temperature rise testing of portable electric heating products.

· IEC 60335-2-6, Figure 101: Complies with the safety standards for fixed stoves, cooktops, ovens, and similar appliances. It is engineered for performance testing of embedded electric stoves and high-power heating plates. It ensures the compliance of inspections on fixed electric heating equipment.

· EN 30-1-1, Figure C.2: Conforms to the specific European standard for electric heating cooking appliances. It fulfills the requirements of electric heating plate testing for EU market appliance certification and export quality inspection. It establishes smooth compliance channels for both domestic and international inspections.

These three standards cover all categories of portable and fixed electric heating cooking appliances. The aluminum test vessels perfectly adapts to the requirements of these standard clauses. It can be directly deployed in third-party laboratories, enterprise quality inspection rooms, and research and development institutions without retrofitting. It effectively eliminates the risks of test failure or certification rejection caused by non-compliant fixtures.

II. Robust Product Features: Balancing Precision and Durability

1. Material Compliance & Uniform Thermal Conductivity

We select industrial-grade commercial pure aluminum without polishing. The pot has no coatings or platings, preserving the original thermal conductivity of the aluminum. This ensures uniform and stable heat transfer, which meets the core standard requirement for consistent thermal conductivity of test fixtures. The pot body adopts an integrated molding process, with seamless connection between the bottom and side walls. This eliminates welding gaps and splicing defects, preventing leakage and deformation during testing and extending the service life of the fixture.

2. Complete Specifications & Strong Adaptability

The product features a round, flat-bottomed structure and comes with lid to prevent steam loss during testing, which could affect data. The bottom strictly adheres to standard requirements: no protrusions, and a bottom concurrency of no more than 0.05mm. This ensures full contact with heating plates and elements, simulating real cooking load conditions.

Standard specifications fit mainstream heating zone sizes. Customized non-circular versions are available for irregular heating zones.

III. Core Test Scenarios: Focus on Routine Inspections of Electric Heating Appliances

The Standard Test Aluminum Pot is specifically used for routine performance and safety testing of heating elements and electric heating plates. Key application scenarios include:

● Temperature rise and thermal efficiency tests for electric stoves and embedded heating plates.

● Load simulation tests for portable grills, electric baking pans, and multi-functional cooking pots.

● Overload tests, durability tests, and normal operating condition verifications for electric heating elements.

● Safety certification tests and factory quality inspections for home appliances in accordance with IEC and EN standards.

During testing, fill the vessels with a specified volume of pure water. Combine it with temperature control and measuring equipment to accurately simulate cooking loads. This obtains the actual operating parameters of heating elements. It eliminates test errors caused by non-standard fixtures.

IV. Standard Usage & Maintenance: Extend Service Life and Ensure Test Accuracy

1. Core Usage Principles

Only fill the vessel with pure water for testing. Never hold oil or acidic/alkaline corrosive liquids. Do not perform dry firing, bumping, or scratching on the inner and outer walls, as this will damage the flatness and structural accuracy of the bottom.

2. Usage Specifications

1). Inspect the body thoroughly before testing. Ensure no deformation, scratches, or excessive dents on the flat bottom.

2). Add a fixed quantity of pure water according to standards. Place it steadily on the center of the heating zone after covering to ensure full contact.

3). Do not move the vessel during testing to avoid data deviation caused by uneven contact.

4). After testing, clean the vessel only after it has completely cooled. Never touch or clean it while it is hot.

3. Maintenance

1). Wipe the vessel clean with a soft cloth after each use and keep it dry to slow down aluminum oxidation.

2). Store in a dry, non-extrusion environment to avoid deformation and dimensional deviation caused by heavy pressure.

3). Regularly check the bottom flatness and overall dimensions. Replace immediately if non-compliant to prevent faulty testing.

V. Quality Assurance: Full-Process Quality Control for Global Testing Needs

From raw material procurement to finished product delivery, the aluminum standard test vessels strictly follows the IEC and EN standard control processes. Every unit undergoes material verification and full-size inspection to ensure compliance with standard drawings. We can provide a third-party calibration certificate (optional) to adapt to global mainstream home appliance testing laboratory standards. It not only meets the EU certification and international quality inspection requirements for exported home appliances, but also supports the entire process of domestic home appliance research and development as well as factory quality control. It is a standardized and essential fixture in the field of electric heating appliance testing.