Four à choc thermique

Four à choc thermique

A thermal shock furnace is used for performance testing of materials under conditions of rapid temperature change, primarily evaluating the durability and crack resistance of materials under thermal shock.

The equipment simulates the thermal stress environment in real-world use by subjecting samples to extreme temperature variations through rapid heating and cooling cycles. It is suitable for testing high-temperature materials and products with high thermal stability requirements. This type of equipment is commonly used in materials research and development, quality inspection, and reliability verification.

Caractéristiques du produit (Four à choc thermique)

1. Ultra-fast Temperature Transition, Simulating Extreme Thermal Stress

This equipment achieves ultra-fast temperature transition, with a cooling rate of up to 80℃/second. Combined with dual-zone precise control, it can simulate the rapid heating and cooling processes experienced by materials under extreme thermal cycling conditions, used to evaluate the thermal shock resistance of materials.

2. Dual-Zone Precision Control, Uniform Temperature

Utilizing independent dual-zone temperature control technology, the temperatures of the hot and cold zones can be precisely set separately.

3. Meets Multiple Material Testing Needs

Supports thermal shock resistance testing of high-temperature materials up to 1600℃.

4. Multiple Furnace Configurations Available

The furnace chamber can be configured as a vertical lifting type, a quick-opening type, or a dual-chamber circulation type between the hot and cold zones.

5. Programmable Heating/Cooling Curves

Equipped with a programmable temperature control system, it allows setting multiple cycles of heating, cooling, and holding time and number of cycles, operating fully automatically.

Domaines d'application (Four à choc thermique)

• Electronic Product Reliability Testing: Applicable to the reliability verification of electronic components, PCBs, semiconductor packages, connectors, and other products under rapid temperature change environments, evaluating their thermal shock resistance.
• Coating Material Evaluation: Applicable to the thermal shock resistance testing of various functional coatings (thermal barrier coatings, anti-corrosion coatings, wear-resistant coatings, etc.), evaluating the adhesion and cracking tendency of coatings under sudden temperature changes.
• Aerospace Component Testing: It is used to test the durability of key components such as aero-engine blades, high-temperature alloy parts, and ceramic matrix composites under extreme temperature cycles.
• Ceramic Material R&D: Applicable to the high-temperature thermal shock resistance research of structural ceramics, electronic ceramics, refractory materials, etc., providing a basis for material formulation and process optimization.
• Quartz Glass and Composite Materials: Applicable to the thermal stability testing of materials such as quartz glass, carbon fiber composites, and glass fiber composites under rapid temperature change conditions.
• Quality Inspection and Standardization Testing: Applicable to third-party testing institutions and enterprise quality inspection departments for batch testing of the thermal shock resistance of materials according to international standards.
• Materials R&D Laboratory: Suitable for research on the thermal shock resistance of materials and the development of new materials in majors such as materials science and engineering, inorganic non-metallic materials, and composite materials.
• Universities and Research Institutes: Suitable for experimental teaching and research in materials science, aerospace engineering, mechanical engineering, and other related fields. Supports flexible research plans and customized testing needs.

Profil de l'entreprise

Une entreprise professionnelle spécialisée dans les services de technologie de traitement thermique et le R&D, fabrication, et vente de fours électriques haute température.

La société se concentre sur le développement de fours électriques à haute température couvrant une plage de températures complète de -100 ℃ à 2 600 ℃.. Ses produits comprennent des fours électriques expérimentaux, fours à atmosphère sous vide, fours industriels, et équipements de chauffage par induction à moyenne fréquence. Les principaux produits comprennent des fours à caissons, fours tubulaires, fours de levage, fours pousseurs, fours à bogies, fours rotatifs, fours tunnel, et divers fours spécialisés moyenne fréquence.

L'entreprise adhère à l'innovation technologique et a passé les certifications ISO9001 et CE de l'UE.. Il possède 21 marques déposées, 29 brevets, et 27 droits d'auteur sur les logiciels.

Méthodes de paiement

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Méthodes d'expédition

Le four électrique à chargement par le bas est emballé en trois couches: d'abord enveloppé dans du papier mousse, puis enveloppé dans un film plastique, et enfin emballé dans une caisse en bois

Foire aux questions (FAQ)

1. What is a thermal shock furnace used for?

It tests the thermal shock resistance of materials under rapid temperature changes to see if they will crack or be damaged.

2. How fast is the temperature change?

It can achieve relatively fast heating and cooling processes, suitable for thermal shock experiments.

3. Does it meet testing standards?

It meets international testing standards and also supports customized research protocols.

4. Is it complicated to operate?

Not complicated. Programmable temperature control, automatic cyclic heating and cooling.

5. Can it record data?

A data logging and temperature feedback system can be optionally installed.