Humidity Test Chamber LHMTC-T2015

Introduction

Humidity Test Chamber features an 800 operation and precise adjustments. The advanced mist control technology ensures accurate humidity regulation for consistent environmental conditions. Its customizable chamber size options offer flexibility to meet specific testing requirements. Our chamber has an overheating protection system that prevents excessive temperature fluctuations in samples and equipment.

This test equipment is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Humidity Test Chamber is a testing device that simulates varying humidity and temperature conditions to assess material performance and durability. It is used in electronics, automotive, pharmaceuticals, and aerospace industries to test corrosion resistance.

Specifications

Capacity	800 L
Temperature Range	-20°C/-40°C/-70°C to +150°C
Temperature Fluctuation	±0.5°C
Temperature Uniformity	±2.0°C
Temperature Deviation	±2.0°C
Fast Temperature Change Range	-20°C/-40°C/-55°C to +85°C
Fast Temperature Change Rate	5°C/min, 10°C/min, 15°C/min (Average change)
Humidity Range	20 %RH to 98 %RH
Humidity Fluctuation	±2.0 %RH
Humidity Uniformity	±3.0 %RH
Humidity Deviation	±3.0 %RH (>75%RH), ±5.0 %RH (≤75%RH)
Noise Level	≤78 dB
Voltage Fluctuation	≦±10 %
Power Supply	AC 3 ψ 4 W 380 V 50 Hz
Internal Dimensions (W × H × D)	1000 × 1000 × 800 mm
External Dimensions (W × H × D)	1700 × 2030 × 2700 mm

Features

Low-noise operation system 

Multi-layer insulation design

Seamless data logging system 

Wide testing temperature range 

Rapid dehumidification process

FAQs

1. How does a Humidity Test Chamber handle rapid changes in humidity levels?

Humidity Test Chambers are designed with automatic temperature compensation systems that adjust internal conditions based on fluctuations in the surrounding environment. The chambers maintain consistent humidity and temperature control by using environmental monitoring sensors that detect changes in ambient room temperature and make real-time adjustments, ensuring the accuracy of test results.

2. Can Humidity Test Chambers be used to test packaging materials for moisture resistance?

Yes, Humidity Test Chambers are ideal for testing packaging materials to assess their moisture resistance and barrier effectiveness under different environmental conditions. Packaging materials such as plastic films, paperboard, foil laminates, and biopolymer-based packaging can be exposed to varying humidity levels to evaluate how they prevent moisture infiltration. chambers allow for controlled testing with programmable humidity cycles, ensuring that manufacturers can accurately determine the performance of packaging materials over prolonged storage or transportation in high-humidity environments.

3. How do Humidity Test Chambers prevent corrosion in metal samples during long-term exposure?

Humidity Test Chambers play a critical role in corrosion testing by exposing metal samples to specific humidity and temperature conditions that mimic corrosive environments. To prevent uncontrolled corrosion and ensure reliable test results, chambers feature corrosion-resistant stainless-steel interiors, high-precision humidity regulation systems, and advanced air circulation designs that minimize localized moisture buildup.

4. Are Humidity Test Chambers capable of simulating freeze-thaw cycles?

Yes, Humidity Test Chambers can simulate freeze-thaw cycles to assess how materials withstand repeated thermal stress caused by freezing and thawing. This type of testing is critical in industries such as construction, automotive, and aerospace, where materials are exposed to extreme environmental variations. chambers allow for precise programming of temperature and humidity fluctuations to replicate real-world freeze-thaw conditions.

5. What kind of data logging and reporting features are available in Humidity Test Chambers?

Humidity Test Chambers come with advanced data logging and reporting systems that provide comprehensive tracking and analysis of environmental test conditions. chambers feature integrated data acquisition systems, real-time monitoring and customizable reporting tools that automatically record humidity, temperature, and time intervals throughout the test cycle. These systems support , Ethernet, and cloud-based storage options for secure data retention and allow users to export data in multiple formats for regulatory compliance and quality assurance.

6. How do Humidity Test Chambers ensure uniform humidity distribution throughout the chamber?

Humidity Test Chambers ensure uniform humidity distribution through high-efficiency air circulation systems and strategically positioned airflow channels that maintain consistent environmental conditions across all areas of the chamber. chambers feature multi-fan circulation, baffle plates, and turbulence-reducing designs that prevent temperature or humidity gradients within the chamber. This ensures that even large or irregularly shaped test samples receive uniform exposure to the desired humidity and temperature conditions, minimizing variability in test results and ensuring reliable product performance evaluations.

7. Can Humidity Test Chambers be customized for specialized industry applications?

Yes, Humidity Test Chambers can be customized to meet the specific requirements of various industries, including pharmaceuticals, automotive, electronics, textiles, and aerospace. It offers tailored solutions that include modified chamber sizes, specialized humidification and cooling systems, extended temperature ranges, and custom programmable test profiles. Additionally, chambers can be equipped with add-on features such as UV sterilization, filtration, and multi-chamber partitioning to support industry-specific testing protocols and compliance with regulatory standards.

8. How do Humidity Test Chambers handle condensate removal and drainage during high-humidity tests?

Humidity Test Chambers are equipped with automatic condensate management systems that efficiently handle moisture buildup and ensure smooth operation during prolonged high-humidity tests. chambers utilize condensate drainage systems with heated drain lines and anti-clogging designs to prevent water accumulation and ensure that excess moisture is safely removed. These systems minimize the risk of flooding or contamination inside the chamber, maintaining optimal test conditions while extending the lifespan of the equipment.