Description
PW-CTH100 CE Approved Double 85 High Temperature and High Humidity Test Chamber Chamber
| Temperature range | 55℃～150℃; |
| Humidity range | 80%～98%RH; |
| Heating rate | about 3℃/MIN; |
| Control uniformity | temperature ±1.0℃, humidity ±3.0%RH; |
| Internal dimensions | W50×H50×D40cm; |
| External dimensions | W78×H157×D105cm; |
| Space requirements | W140×H200×D137cm; |
| Interior chamber material | mirror stainless steel plate (SUS#304); |
| Exterior chamber material | first-class steel plate electrostatic spraying; |
| Test hole | 1 100mm hole on the left side of the body, with 1 silicone plug; |
| Standard configuration | 2 pieces of stainless steel SUS#304 grid sample rack, each layer of sample is not more than 10 kg; |
| 1 spare special damp cloth; | |
| Optional | a set of pure water generation equipment; |
Use Scenarios
Durability Testing in Electronics Manufacturing
Within electronic component production, the PW-CTH100 serves as an indispensable tool for simulating accelerated aging under combined high temperature and humidity conditions. It is deployed during product qualification phases to verify component resilience to environmental stressors commonly encountered during operational life. This high temperature and high humidity chamber enables manufacturers to perform batch testing that complies with international quality standards ensuring consistency and durability. Its precise environment control allows integration into manufacturing quality workflows, supporting risk mitigation and product lifecycle extension initiatives.
Materials Aging Simulation in Coating and Adhesive Validation
In coatings and adhesives industries, the chamber plays a critical role in replicating double 85 conditions to evaluate product performance in harsh environments. The humidity test chamber’s stable and controlled atmosphere accelerates aging processes, allowing researchers to identify potential degradation pathways and improve formulations. These results inform regulatory compliance and client specifications, ensuring end products maintain integrity throughout service. Integration with laboratory data management systems enhances traceability and supports systematic R&D cycles, improving time-to-market and reducing costly field failures.
FAQ
What types of materials can be tested in your double 85 test chamber?
Our double 85 test chamber is designed for a wide range of materials, including adhesives, coatings, composites, and various product components. It simulates high temperature and humidity conditions to evaluate durability and environmental tolerance, ensuring accurate performance assessment under strenuous conditions.
Can the PW-CTH100 be customized for specific testing needs?
Yes, we offer optional configurations such as pure water generation equipment to enhance humidity control. Our constant temperature and humidity test chamber factory supports certain custom adaptations to meet specialized testing parameters for your applications.
What are the installation requirements for the PW-CTH100 humidity test chamber?
The chamber requires a dedicated space of W140 × H200 × D137 cm and proper electrical connections compliant with CE standards. We provide guidance on site preparation to ensure the humidity test chamber operates with minimal vibration and noise for consistent testing results.
How long does delivery typically take for the temperature humidity test chamber?
Delivery times depend on your location and order specifics. We recommend reaching out via pw@pw-test.com for precise scheduling. As a trusted temperature humidity test chamber supplier, we prioritize timely and reliable shipments worldwide.
