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Camera a shock termico
Precision Thermal Shock Chambers for Extreme Temperature Testing
Two-zone design achieves rapid temperature shifts from -55°C to +180°C with superior stability and control.
Camera a shock termico Overview
A thermal shock chamber is used to test how materials and components respond to extreme temperature changes. By rapidly switching between high and low temperature zones, it simulates sudden thermal stress that products may experience in real-world environments.
LNEYA thermal shock test chambers are engineered for precise temperature control, fast transfer speed, and reliable performance. Ideal for electronics, automotive, and aerospace testing, they help manufacturers ensure product durability, stability, and long-term reliability under harsh conditions.
Camera a shock termico Features
Camera a shock termico Tabella delle specifiche tecniche
| Modalità | GD-200-2-B-CJ | GD-400-2-B-CJ | |
| Dimensioni del cestino (L * A * P) cm | 60*60*60 | 90*65*70 | |
| Intervallo di temperatura d'impatto | |||
| Velocità di riscaldamento della zona di preriscaldamento | (a vuoto) 5 ℃/min (personalizzabile per 10-25 ℃) | ||
| Velocità di raffreddamento della zona di pre-raffreddamento | (a vuoto) 2 ℃/min (personalizzabile per 5-25 ℃) | ||
| Area di pre-raffreddamento Campo di pre-raffreddamento | -10℃~-55℃ | ||
| Area di preriscaldamento Campo di preriscaldamento | +60~+180℃ | ||
| Tempo di permanenza | ≥30min | ||
| Tempo di recupero | ≤ 5 minuti per recuperare entro ± 2 ℃ | ||
| Fluttuazione della temperatura | ≤1℃ | ||
| Tempo di permanenza | ≥30min | ||
| Tempo di conversione del cestino | ≤10S | ||
| Alimentazione | 380V 50HZ | ||
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Camera a shock termico Applicazioni
Thermal shock chambers are widely used in industries where components and materials are exposed to rapid temperature changes. By simulating extreme conditions, a thermal shock test chamber allows engineers to evaluate the durability and reliability of electronic parts, automotive components, semiconductors, and other critical devices.
During a temperature shock test, products undergo sudden transitions between high and low temperatures, revealing potential weaknesses such as cracks, delamination, or functional failures. Thermal shocking in a controlled environment helps manufacturers identify and address these issues before mass production, ensuring higher product quality and safety.
Modern thermal shock testers provide precise control over temperature ranges and switching times, making thermal shock testing more efficient and repeatable. Whether for research, quality assurance, or certification purposes, a thermal shock test chamber is an essential tool for verifying material performance under rapid thermal stress.
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