Nylon Cable Tie Test Thermal Shock Chamber is a specialized device used to simulate temperature change environments. It can achieve rapid switching from high to low temperatures or vice versa in an extremely short time, to evaluate the tolerance and performance stability of nylon cable ties under drastic temperature variations. Nylon cable ties can be tested using a thermal shock chamber, but the test plan must be reasonably designed based on their material characteristics and testing objectives, while also ensuring compatibility between the equipment's functions and the cable ties' performance.

Classification: Two-chamber type, Three-chamber type

Structure: High-temperature chamber + Low-temperature chamber, samples moved via a basket; High-temperature chamber + Low-temperature chamber + Test chamber, samples remain stationary

Switching method: Motor-driven basket rapidly transfers samples between chambers; Damper switches between hot and cold air channels to achieve thermal shock

Applicable scenarios: Rapid temperature switching tests (e.g., electronic chips); Precision tests (e.g., high-reliability electronic components)

Advantages: Lower cost, simple operation; Samples remain stationary, reducing movement interference, high testing accuracy

Energy-saving design: Through servo refrigerant flow control technology, energy savings of up to 30%; Phase change material (PCM) recovers waste heat, reducing energy consumption by 55%.

Defrosting technology: Automatic defrosting cycle extended to once every 3 days; defrosting time shortened to 2 hours, improving equipment utilization.

Available equipment parameters include:

27L capacity: Width 30 x Height 30 x Depth 30 cm;

50L capacity: Width 40 x Height 35 x Depth 35 cm;

80L capacity: Width 50 x Height 40 x Depth 40 cm;

100L capacity: Width 60 x Height 40 x Depth 40 cm or Width 50 x Height 50 x Depth 40 cm;

Standard temperature range options:

A: -40°C to 150°C;

B: -55°C to 150°C;

C: -65°C to 150°C

Lower or higher shock temperatures can be customized.

High-temperature storage range: +60°C to 200°C.

Low-temperature storage range: -10°C to -75°C

High-low temperature switching time: ≤10 seconds

Damper activation time: ≤3 seconds

High-low temperature recovery time: 3–5 minutes (non-linear, no load)

Pre-cooling zone cooling rate: ≥2°C/min (non-linear)

Pre-heating zone heating rate: ≥3°C/min (non-linear)

Control accuracy: Temperature ±0.2°C (difference between controller set value and measured value)

Nylon Cable Tie Test Thermal Shock Chamber can simulate temperature change environments and achieve rapid switching from high to low temperatures or vice versa in a short time, making it possible to evaluate the tolerance of nylon cable ties under drastic temperature variations. Through testing, failure modes such as physical deformation, cracking, or performance degradation of the cable ties during thermal expansion and contraction can be observed, thereby verifying their reliability and stability.