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20 years environmental test chamber manufacturer3000+ customer deliverables worldwide           Email: shirley@deruitest.com
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Environmental Testing ChamberEnvironmental Testing Chamber

Environmental Testing Chamber Factory & Custom Solutions

High-performance climate simulation chambers providing broad temperature and humidity control for ESS and quality assurance.

High and Low Temperature Bending Test Machine

High and Low Temperature Bending Test Machine

Rapid Temperature Change Test Chamber Fast-Rate Thermal Cycling ESS

Rapid Temperature Change Test Chamber Fast-Rate Thermal Cycling ESS

Battery Environmental Reliability Test Chamber

Battery Environmental Reliability Test Chamber

Environmental Chamber For Battery Testing

Environmental Chamber For Battery Testing

50L Small Environmental Test Chamber

50L Small Environmental Test Chamber

One Cubic Voc Test Chamber

One Cubic Voc Test Chamber

DR-H305 Ozone Aging Test Chamber for Rubber

DR-H305 Ozone Aging Test Chamber for Rubber

Vibration Climatic Test Chamber

Vibration Climatic Test Chamber

Tensile Test Environmental Chamber

Tensile Test Environmental Chamber

PCT Test Chamber

PCT Test Chamber

High Temperature Test Chamber

High Temperature Test Chamber

Define a Combined Environmental Test as One Integrated System

Special-purpose chambers combine environmental conditioning with mechanical motion, measurement, gas sampling or specimen operation. Reliable design begins with the complete sequence, interfaces and acceptance criteria—not a generic chamber specification.

Environmental and Functional Stress Sequence

Describe temperature, humidity, vibration, tensile loading, bending, ozone, VOC sampling or other actions in the order they occur. State whether stresses are simultaneous or sequential and how each stage is controlled.

Map the Complete Test Sequence →

Mechanical and Chamber Interfaces

Provide drawings for the shaker, tensile frame, folding mechanism, grips, fixtures and moving parts. Interface openings, thermal isolation, sealing, alignment and travel must preserve both chamber performance and measurement accuracy.

Review Combined-System Interfaces →

Measurement, Data and Control Integration

List force, displacement, temperature, humidity, voltage, gas sampling and other channels. Define synchronization, sampling rate, controller communication, data export and the event that starts or stops each test stage.

Plan Measurement Integration →

Specimen Operation and Heat Load

State specimen dimensions, mass, powered operating mode, emitted heat, cables, fluids and expected emissions. These conditions affect airflow, refrigeration, seals, background contamination and safety design.

Define Specimen Operating Conditions →

Hazards, Emissions and Material Compatibility

Identify corrosive gases, ozone, VOCs, flammable emissions, high loads and moving mechanisms. Chamber materials, exhaust, interlocks and protective functions must follow the documented risk assessment.

Review Safety and Materials →

Acceptance Criteria for a Custom System

Specify environmental tolerances, mechanical accuracy, interface leakage, data synchronization, alarm logic and test reports. A written acceptance plan prevents disagreement after the combined system is manufactured.

Submit a Custom Test Requirement →

Does Your Test Combine Environment, Motion or Measurement?

Send the procedure, specimen and fixture drawings, environmental profile, mechanical actions, measurement channels, utilities, safety requirements and acceptance criteria.

Request a Combined-System Engineering Review View Environmental Chamber Catalogs

Environmental system selection

Match the Test Stress to the Equipment Architecture

This category includes more than temperature-and-humidity cabinets. Its eleven product pages cover stand-alone thermal exposure, combined climate and mechanical testing, battery programs, emissions or ozone exposure, and pressure-cooker testing. Choose the required stress and specimen interface first; a general “environmental chamber” label is not a substitute for a test plan.

Required stress or task Start with these product pages Define before quotation
Temperature exposure or fast thermal change 50 L Small Environmental Chamber
High Temperature Test Chamber
Rapid Temperature Change Chamber
Temperature limits, ramp rate at the actual load, dwell time, workspace and heat dissipation. Do not assume humidity control on a temperature-only model.
Climate combined with a mechanical test Temperature Bending Test Machine
Vibration Climatic Test Chamber
Tensile Test Environmental Chamber
Fixture and actuator interface, motion or force profile, sealing, feedthroughs and synchronized measurement. The mechanical system and enclosure must be reviewed as one assembly.
Battery environmental evaluation Battery Environmental Reliability Chamber
Environmental Chamber for Battery Testing
Cell, module or pack size; state of charge; live electrical load; monitoring; foreseeable hazards; and the site safety plan. Safety provisions are project-specific, not implied by the category name.
VOC emissions or ozone aging One Cubic VOC Test Chamber
Ozone Aging Test Chamber
Pollutant or analyte, sampling method, air exchange, materials compatibility, exhaust and exposure setpoints. Neither instrument is a generic humidity chamber.
Pressurized humidity / PCT PCT Test Chamber The specified pressure, temperature, humidity, sample handling and safety procedure. PCT is a separate equipment class from an atmospheric climate cabinet.
Build around the test procedure. A method name alone does not establish that a particular unit can run the required load, motion, emissions sampling or safety sequence. Review the standard and edition, specimen drawing, control points and acceptance criteria against the selected configuration.

What to Send for an Environmental-System Review

For a useful proposal, define the specimen, all stresses and the measurement boundary—not just the target chamber volume.

Procedure
Standard and edition, stress sequence, duration and pass criteria
Specimen
Dimensions, mass, quantity, fixture and loaded heat output
Combined stresses
Temperature, humidity, motion, force, pressure or exposure medium
Interfaces
Actuators, cables, sensors, sampling lines and data synchronization
Safety & utilities
Hazards, ventilation, exhaust, supply power and access limits
Evidence
Control tolerances, calibration, FAT steps and report output

Need a stand-alone walk-in climate room instead? Compare the walk-in chamber range. For a defined combined system, send your test plan to DERUI →

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