Reliability and Weathering Testing

Pressure Cooker Testers (PCT)

• Identify potential reliability weaknesses

• Accelerate environmental stress testing

• Evaluate component durability

• Support product development and validation

• Improve product reliability

• Reduce the risk of early product failures

• Support quality and qualification programs

Key Features -

Pressure Cooker Testers (PCT) are reliability testing systems used to expose products and components to controlled high-temperature, high-humidity and pressure conditions.

They are used to evaluate product reliability and identify potential weaknesses when components are subjected to accelerated environmental stress.

Why Choose PCT ?

• Controlled temperature and pressure conditions

• High-humidity testing environment

• Programmable test cycles

• Precise monitoring and control

• Digital display and control system

• Uniform environmental conditions

• Automated test operation

• Data monitoring and recording

• Safety alarms and protection systems

• Suitable for accelerated reliability testing

• Available in different chamber capacities and configurations

Applications -

• Electronic & Electrical Components

• Semiconductor Devices

• PCB Assemblies

• Automotive Electronics

• Batteries & Energy Components

• Packaging & Sealing Components

• Industrial Electronic Products

• Material & Component Reliability Testing

• Research & Development

• Product Validation & Qualification Testing

High Accelerated Stress Test (HAST) Systems

• Accelerate reliability evaluation

• Identify potential product weaknesses

• Assess component and material durability

• Support product development and validation

• Improve product reliability

• Reduce the risk of early failures

• Support quality and qualification programs

Key Features -

High Accelerated Stress Test (HAST) Systems are reliability testing systems used to expose products and components to controlled high temperature, high humidity and pressure conditions.

HAST testing accelerates environmental stress on products, helping manufacturers evaluate reliability and identify potential weaknesses in a shorter testing period.

Why Choose HAST Systems ?

• Controlled high-temperature environment

• Controlled high-humidity conditions

• Elevated pressure testing

• Precise temperature and pressure control

• Programmable test cycles

• Digital monitoring and control

• Uniform chamber conditions

• Automated test operation

• Data monitoring and recording

• Safety alarms and protection systems

• Suitable for accelerated reliability testing

Applications -

• Electronic & Electrical Components

• Semiconductor Devices

• PCB Assemblies

• Automotive Electronics

• Communication & Electronic Equipment

• Battery & Energy Components

• Industrial Electronics

• Component Reliability Testing

• Product Validation & Qualification

• Research & Development

Battery Test Chambers

• Evaluate battery performance under controlled conditions

• Identify environmental-related weaknesses

• Support battery development and validation

• Assess reliability and durability

• Compare battery performance under different conditions

• Support quality and qualification programs

Key Features -

Battery Test Chambers are controlled environmental testing systems used to evaluate the performance, reliability and durability of batteries and energy-storage components under specified environmental conditions.

They allow batteries to be tested under controlled temperature and humidity conditions, helping evaluate their behaviour and performance during different stages of testing.

Why Choose Battery Test Chambers ?

• Precise temperature control

• Controlled humidity conditions

• Programmable environmental test cycles

• Stable and uniform chamber conditions

• Digital monitoring and control

• Continuous test-condition monitoring

• Data recording and test documentation

• Safety alarms and protection systems

• Suitable for battery and energy-storage testing

• Available in different chamber sizes and configurations

• Can be configured according to specific testing requirements

Applications -

• Lithium-ion batteries

• Battery cells and modules

• Battery packs

• Electric vehicle batteries

• Energy-storage systems

• Automotive battery components

• Consumer electronics batteries

• Industrial batteries

• Battery research & development

• Battery reliability and validation testing