Walk-In Chambers

Overview

T3 Walk-In Chambers are designed to simulate seasonal variations and climatic zones, allowing you to test products under a wide range of conditions. Products must endure temperature and humidity fluctuations throughout manufacturing, transport, storage, and use, and the T3 Walk-In Chamber is engineered to assess their properties, functionality, and lifespan. T3 is committed to exceeding industry performance, quality, and usability standards, ensuring compliance with global manufacturing regulations and future industry requirements, making it a reliable long-term investment for your business. With its modular, user-friendly design, the chamber can be easily configured to meet specific testing needs. It offers controlled environments for testing large components, assemblies, and finished products, with a range of sizes and configurations to suit your business requirements. T3 supports your product development and durability objectives, helping you efficiently meet industry standards.

Fully Welded Test Spaces: Provides durable and stable environments, along with top-quality prefabricated panels for modular systems.
User-Friendly Watlow Controllers: Simplifies operation and reduces the learning curve for operators.
Standardized Refrigeration Packs: Ensures reliability and quick turnaround for optimal performance.
Expanded Test Space: Accommodates larger components with a wide range of capabilities.
Customizable for Complex Setups: Ideal for testing components that require long setup times, test rigs, and benches.
Floor Options: Choose between a regular or reinforced floor to support heavy components.

Automotive: Testing the durability and performance of components like airbags, sensors, and electronics under extreme conditions.
Aerospace: Simulating high-altitude environments and temperature fluctuations for material and component testing.
Electronics: Stress testing of circuit boards, semiconductors, and batteries to ensure reliability.
Medical: Validating the stability of pharmaceuticals, medical devices, and packaging.
Consumer Goods: Assessing product longevity and quality under varying environmental conditions.
Adhesives and Sealants: Evaluating bond strength and material integrity over time.
Textiles and Plastics: Testing material shrinkage, degradation, or stability in different climates.
Energy: Ensuring the reliability of solar panels, wind turbine components, and energy storage systems.
Construction Materials: Validating the performance of insulation, coatings, and other building materials.
Food and Beverage: Studying shelf life and packaging integrity under various storage conditions.