← All topics View all articles →

Chamber types

Chamber types

Featured

Thermal Chamber vs. Climatic Chamber: A Spec Sheet Won't Tell You Which One You Need

A thermal chamber controls temperature only. A climatic chamber adds humidity. The distinction that determines which test you can actually run.

Read article →

All articles

Altitude Test Chambers: What Happens to Your Product When the Air Gets Thin

Altitude chambers reduce pressure to simulate high-altitude environments. Failure modes at 35,000 feet and the standards that govern the test.

IP Ingress Testing: The Chamber That Reveals Every Weak Seal in Your Design

IP rating testing to IEC 60529: chamber conditions for IP67, IP68, and IP69K — and why the datasheet rating may not reflect field conditions.

Xenon Arc vs. Fluorescent UV: Choosing the Right Weathering Chamber for Your Material

Xenon arc simulates full-spectrum sunlight. Fluorescent UV targets UV-B degradation. Choosing between them depends on material chemistry.

Combined Environment Testing: The Only Way to Find Failures That Need Two Stresses to Appear

Combined environment testing applies temperature, humidity, and vibration simultaneously — finding failures that sequential testing cannot.

Benchtop or Floor-Standing Environmental Chamber? The Decision Comes Down to One Number

Benchtop vs floor-standing chamber: the decision is driven by loaded ramp rate under your DUT thermal mass, not workspace volume.

Custom Environmental Test Chambers: When Standard Doesn't Cut It and When It Does

Custom environmental chambers are required when ramp rate, workspace geometry, or passthrough configurations exceed standard catalogue limits.