Weathering and Corrosion Testing

Salt Spray Chambers

• Evaluate corrosion resistance

• Compare protective coatings and surface treatments

• Identify coating defects and weaknesses

• Support product validation and quality control

• Improve material and coating selection

• Assess product durability under accelerated corrosive exposure

Key Features -

Salt Spray Corrosion Test Chambers are laboratory testing systems used to evaluate the corrosion resistance of metals, coatings, surface treatments and finished components under controlled salt-laden conditions.

They provide a controlled environment for accelerated corrosion testing, helping manufacturers assess how materials and protective coatings perform when exposed to corrosive conditions.

Why Choose Salt Spray Chambers ?

• Controlled salt spray environment

• Precise temperature control

• Uniform salt mist distribution

• Programmable test duration

• Controlled spray rate and exposure conditions

• Digital monitoring and control

• Corrosion-resistant chamber construction

• Continuous test-condition monitoring

• Safety alarms and protection systems

• Suitable for extended corrosion testing

• Available in different chamber sizes and configurations

Applications -

• Automotive Components

• Metal Components & Parts

• Paints & Protective Coatings

• Surface Treatment Evaluation

• Plated & Galvanized Components

• Fasteners & Hardware

• Electrical & Electronic Components

• Aerospace Components

• Industrial Equipment

• Material & Coating Research

• Quality Control & Product Validation

UV Weathering Chambers

• Evaluate resistance to UV exposure

• Identify material degradation

• Assess changes in appearance and surface properties

• Compare different materials and coatings

• Support product development and validation

• Improve material and coating selection

Key Features -

UV Weathering Chambers are laboratory testing systems used to evaluate the effects of controlled ultraviolet (UV) exposure on materials, coatings and products.

They help simulate accelerated weathering conditions to assess how materials perform when exposed to UV radiation over a defined period.

Why Choose UV Weathering Chambers ?

• Controlled UV exposure

• Programmable test cycles

• Precise temperature control

• Controlled exposure duration

• Uniform UV radiation distribution

• Digital monitoring and control

• Automated test sequences

• Safety protection systems

• Suitable for accelerated weathering testing

• Available in different configurations based on testing requirements

Applications -

• Paints & Protective Coatings

• Plastics & Polymer Materials

• Automotive Components

• Rubber & Elastomer Products

• Building & Construction Materials

• Outdoor Products & Components

• Textiles & Surface Materials

• Packaging Materials

• Material Research & Development

• Product Validation & Quality Testing

Xenon Arc Weathering Chambers

• Evaluate material resistance to simulated sunlight exposure

• Identify weathering-related degradation

• Assess changes in appearance and material performance

• Compare different materials and coatings

• Support product development and validation

• Improve material and coating selection

Key Features -

Xenon Arc Weathering Chambers are laboratory testing systems used to evaluate the effects of simulated sunlight and controlled environmental exposure on materials, coatings and products.

They help assess how materials perform under accelerated weathering conditions and support the evaluation of durability, appearance and long-term performance. Xenon Arc Weatherometers are included in Techno Instruments Solutions' weathering systems portfolio.

Why Choose Xenon Arc Weathering Chambers ?

• Controlled Xenon Arc light exposure

• Programmable weathering test cycles

• Controlled temperature conditions

• Controlled moisture and humidity conditions

• Uniform light exposure

• Adjustable exposure duration

• Digital monitoring and control

• Automated test sequences

• Safety protection systems

• Data monitoring and recording

• Suitable for accelerated weathering testing

Applications -

• Paints & Protective Coatings

• Plastics & Polymer Materials

• Automotive Components

• Rubber & Elastomer Products

• Textiles & Surface Materials

• Building & Construction Materials

• Outdoor Products & Components

• Packaging Materials

• Material Research & Development

• Product Validation & Quality Testing

Ozone Chambers

• Evaluate ozone resistance

• Identify surface cracking and material degradation

• Compare different rubber and polymer formulations

• Support material selection and product development

• Improve product durability and reliability

• Support quality and validation programs

Key Features -

Ozone Test Chambers are laboratory testing systems used to evaluate the resistance of materials and products to controlled ozone exposure.

They are particularly useful for assessing the performance and durability of rubber, elastomers and other ozone-sensitive materials under simulated environmental conditions.

Why Choose Ozone Chambers ?

• Controlled ozone exposure

• Precise ozone concentration control

• Programmable test cycles

• Controlled temperature conditions

• Uniform ozone distribution

• Adjustable exposure duration

• Digital monitoring and control

• Automated test sequences

• Safety alarms and protection systems

• Data monitoring and recording

• Suitable for accelerated ozone aging testing

Applications -

• Rubber & Elastomer Products

• Automotive Components

• Seals & Gaskets

• Hoses & Tubing

• Electrical & Cable Materials

• Polymer Products

• Industrial Rubber Components

• Material Research & Development

• Product Reliability Testing

• Quality Control & Product Validation