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Constant Temperature And Humidity Test Chamber

2025-02-18

Introduction:Constant temperature and humidity test chambers are engineered to replicate specific environmental conditions, making them vital for product testing and quality assurance. 1: How Constant Temperature and Humidity Test Chambers WorkThese chambers use advanced systems to control temperature and humidity levels. Key components include: 2: Key Technical SpecificationsWhen evaluating these chambers, consider: 3: Industries That Rely on These Chambers Product Specifications Our specialists can help you find the perfect temperature and humidity test chamber. Model DR-H201-100 DR-H201-150 DR-H201-225 DR-H201-408 DR-H201-1000 Internal Dimension (W*H*D) 400*500*500mm 500*500*600mm 500*750*600mm 600*850*800mm 1000*1000*800mm External Dimension (sus Type) (W*H*D) 950*1400*1100mm 1100*1500*1100mm 1100*1670*1200mm 1200*1770*1400mm 1550*2100*1400mm External Dimension (paint Type) (W*H*D) 700*1400*1100mm 800*1500*1100mm 800*1670*1200mm 900*1770*1400mm 1550*2100*1400mm Temperature（℃） -20/-40/-70 Total Power (KW) 4.5/4.5/6.5 5/5/6.5 9.5/9.5/11.6 9.5/9.5/11.6 17/17/21.5 Maximum Current (A) 25/25/32 32/32/40 25/32/40 32 50/50/60 Voltage (A) Sigle Phase 220V Three Phase 380V Performane Temp.& Humi. Adjust Way Balanced temperature and humidity control (BTHC) PID intelligent adjustment Temperature Range -20℃,-40℃,-70℃~150℃ Temperature Accuracy 0.01℃ Temperature Tolerance ≤±1.0℃或±2.0℃ Temperature Fluctuations ≤±0.5℃ （without load and temperature stable） Temperature Uniformity ≤1.5℃ （without loading）, 50mm≤SENSOR Humidity Range 20%-98%RH Humidity Accuracy 0.1%RH Humidity Tolerance 1 、≥75%RH：≤±3%RH ；2 、≤75%RH ：≤±6%RH Humidity Fluctuations ≤±2.5%RH Heating Rate 3℃/min in average Cooling Rate 1℃/min in average Regulator Cooling Method Single stage compression, two stage compression Refrigerator Hermertically Sealed France Tecumseh Compressor or Semi-hermetic BOcK Compressor Cooling Method Air-cooled Controller Operation Panel Programmable LCD Touch Screen Running Mode Fix Running, Pattern Running Program Memory Capacity 120 Group Programmable, Max 100 Section Each Output Rs-232 (USB,Optional) Water Sup Water Supply Circulating Water Water Tank Capacity Chamber Internal Capacity < 800L: 25L X 1pc Chamber Internal Capacity > 800L: 25LX 2pc Frequently Asked Questions (FAQs) About Constant Temperature And Humidity Test Chambers 1. What industries use constant temperature and humidity test chambers?These chambers are widely used in industries such as: 2….

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120L Salt Spray Corrosion Chamber ASTM B117 Compliant Testing

2020-04-07

Dexiang 120L Salt Spray Corrosion Chamber Precision Testing for Unmatched Durability Experience reliable corrosion testing with the Dexiang 120L Salt Spray Corrosion Chamber. Designed to simulate harsh saline environments, this chamber meets ASTM B117 standards to ensure your coatings, metals, and finishes withstand the toughest conditions. Ideal for automotive, electronics, and aerospace industries, it offers a controlled setting to evaluate corrosion resistance effectively. Key Highlights Capacity: 120 Liters Temperature Range: 35–55°C Spray Volume: 1–2 mL per 80 cm² per hour Standards Compliance: ASTM B117, ISO 9227, JIS Z 2371 Explore the internal setup and sample testing with our 360° image carousel to see how precision and durability come together. Ready to upgrade your corrosion testing? Request a Quote | Download Brochure PDF Detailed Product Description The Dexiang 120 Salt Spray Corrosion Chamber is designed for accelerated corrosion testing using a neutral acidified salt fog. This method helps you quickly assess how well coatings, metals, and finishes hold up in tough, salty environments. By simulating real-world conditions in a controlled, repeatable way, this chamber gives you reliable results every time. At the heart of the chamber is a tower spray system that spreads salt fog evenly throughout the test area. It features a zero-linearity fog mode, which reduces the risk of cross-contamination between samples. Plus, you can program it for different test cycles, including Neutral Salt Spray (NSS), Acetic Acid Salt Spray (ASS), and Copper Accelerated Acetic Acid Salt Spray (CASS) to match your testing needs. The Dexiang chamber stands out with its durable build. It uses corrosion-resistant PVC reinforced with fiberglass, ensuring the chamber lasts longer even under harsh conditions. Titanium nozzles ensure consistent fogging without wear, and an integrated humidification tower keeps droplets from evaporating, maintaining test accuracy every time. Technical Specifications Feature Details Chamber Volume 120L Internal Dimensions 600 x 400 x 500 mm…

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Water Drip Test Chamber IPX1 IPX2 with Precise IEC 60529 Compliance

2020-04-06

Water Drip Test Chamber with IPX1 IPX2 Ensure your products meet top-tier waterproof standards with Dexiang’s Water Drip Test Chamber designed for IPX1 and IPX2 testing. Engineered to simulate real-world water exposure, this chamber precisely controls vertical drips and angled rain simulations to verify ingress protection in electronics, automotive parts, and consumer goods. Built to meet IEC 60529 standards, our IPX1 IPX2 drip test chamber delivers reliable, repeatable results that help you guarantee product durability and compliance with ease. Discover hassle-free testing with advanced automation, user-friendly controls, and robust construction—perfect for manufacturers demanding accuracy and efficiency.Get ready to elevate your product quality and certification process with Dexiang’s trusted drip test solution. Product Overview The Dexiang Water Drip Test Chamber with IPX1 and IPX2 capabilities is designed to test the water resistance of products according to IEC 60529 standards. This vertical water drip apparatus simulates controlled water exposure to verify product durability against dripping and light rain conditions. It’s perfect for testing electronics enclosures, automotive lamp seals, and consumer goods like wearables. Built with precision drip control using flow meters and nozzles, the chamber ensures accurate IPX1 drip test equipment and IPX2 rain simulation chamber operation. The sturdy construction offers a corrosion-resistant build that holds up in busy labs and manufacturing floors. Easy to operate and integrate, this ingress protection rain chamber supports reliable, repeatable testing that meets US market demands for quality and safety. Technical Specifications Our Water Drip Test Chamber with IPX1 and IPX2 capabilities is designed to meet the precise requirements of the IEC 60529 standard for ingress protection testing. Here’s what you can expect: This drip test chamber simplifies IPX1 and IPX2 testing while ensuring reliable, repeatable results every time. It’s built with the versatility to handle electronics enclosures, automotive lamp seals, and similar applications that demand…

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Walk In Environmental Test Chamber

2020-04-06

1: How Walk-in Environmental Test Chambers WorkWalk-in chambers use advanced systems to control temperature, humidity, pressure, and other environmental factors. Key components include: 2: Key Technical SpecificationsWhen evaluating walk-in chambers, consider: 3: Industries That Rely on Walk-in Chambers Product Specifications Our specialists can help you find the perfect Walk In Environmental Test Chamber. Model DR-H202 System Balanced Temperature & Humidity Control System Temp. range -70°C~150°C Humid. range 20 ~ 98 percent R.H. Temp. & Humid. accuracy ± 0.3°C; ± 2 percent R.H Temp. & Humid. regularity ± 1°C; ± 3 percent RH Resolution 0.1°C, 1 percent, P.I.D control Heating up -40°C ~ +100°C within 45 min Heating down 20°C~ -20°Cwithin 40min Interior dimension(W×D×H) 60×80×85cm Exterior dimension(W×D×H) 120×135×175cm Interior material Stainless steel plate(SUS304) Exterior material Stainless steel plate(SUS304) Insulation Rigid foam Refrigeration system Air cooled, Hermetic compressor, single stage refrigeration system. Display LCD Safety devices No fuse breaker refrigerator over load relay, Refrigeration High pressure Switch, Over Temp, Protector, Protection relay, Protection fuse, Water Lever protector, Overheat protector, Alarm Accessories Viewing window, Shelves (freely adjustable 2 pcs.), Cable port(Ø50mm)Chamber lamp. Weight Approx. 800kg Power AC380V±10 percent 50/60Hz Walk In Environmental Test Chamber Frequently Asked Questions (FAQs)：

What Are the Standards for Rapid Temperature Change Testing

2023-10-02

Why Rapid Temperature Change Testing Matters in 2026 In 2026, rapid temperature change testing (rapid temperature cycling and true thermal shock) is no longer “nice to have.” It’s a design and validation gate for any serious electronics program. The reason is simple:electronics are smaller, power density is higher, and field conditions are harsher than what old 2–3 °C/min chambers were designed for. Where the demand is coming from Today, I see most demand from four fast-growing sectors: Application Typical Concern What Rapid Temp Change Proves EV batteries Internal stress, seal fatigue, vent safety Cell/module safety and life under fast temp swings ADAS modules Solder fatigue, BGA cracking, sensor drift Long-term reliability in underhood and bumper zones 5G electronics High power density, tight tolerances Stability of RF performance vs. rapid temp shifts Aerospace Altitude + temp transitions, mission-critical Structural integrity and electronics robustness In all of these, customers expect long life, zero surprise failures, and fast validation cycles. That’s exactly where rapid temperature change testing earns its keep. Temperature Cycling vs. Rapid Temperature Change / Thermal Shock Engineers often mix these terms, but standards don’t: A slow chamber can still do temperature cycling.To claim rapid temperature change or thermal shock, you need high ramp performance and tight control of transition time. Typical Temperature Change Rates in 2026 Most customers who contact us ask one thing:“Can your chamber hit my standard’s °C/min with load?” Here’s how requirements usually cluster: Use Case Typical Rate (°C/min or K/min) What Customers Call It Basic electronics cycling 3–5 °C/min Standard temperature cycling Automotive and industrial electronics 10–15 °C/min Rapid temperature change / fast cycling Automotive OEM / LV124 / AEC-Q 15–20 °C/min (min) High-rate rapid cycling Power modules, some EV battery R&D 30–50 °C/min Severe rapid temperature change True thermal shock chambers Effective >70 °C/min change with <10 s transfer Thermal shock / air-to-air or liquid-to-liquid If your current chamber tops out at 5–10…

Stability Chamber Conditions

2023-09-21

Fundamentals of Stability Chambers: Design and Core Components Stability chambers are essential for assessing how environmental factors like temperature and humidity affect product quality over time. Originally designed to meet pharmaceutical shelf-life testing requirements, these chambers have evolved to support multiple industries, providing precise control and reliable data for regulatory compliance. Purpose and Evolution of Stability Chambers Stability chambers simulate real-world and accelerated environmental conditions to study product degradation. Starting as simple temperature-controlled rooms, modern chambers incorporate advanced humidity control and data monitoring, ensuring compliance with ICH stability guidelines and FDA stability requirements. Insulation and Structural Integrity High-quality insulation is crucial for maintaining thermal stability and minimizing energy use. Chambers typically use: Control Systems: PID Controllers for Precise Regulation Proportional-Integral-Derivative (PID) controllers are standard for fine-tuning temperature and humidity. They minimize overshoot and undershoot by continuously adjusting the system based on real-time measurements, ensuring: Air Circulation: Forced Convection Fans for Uniform Conditions Uniform air distribution prevents hot or cold spots, which could skew stability results. Forced convection fans circulate air evenly throughout the chamber. Key benefits include: Monitoring Tools: Data Loggers, Alarms, and 21 CFR Part 11 Compliance Continuous monitoring and documentation are vital. Modern chambers include: Dexiang’s GMP-Certified Chamber Features and Customization Dexiang stability chambers are designed with Good Manufacturing Practice (GMP) certification in mind. Features include:| Feature | Benefit ||———————————|———————————|| Customizable size and shelving | Fits various sample volumes || Multi-zone temperature control | Tailored conditions for complex studies || Integrated remote monitoring | Real-time data access anywhere || Energy-efficient components | Lower operational costs |This customization supports diverse testing needs, from cosmetic stability storage to biotech insect rearing chambers, all while ensuring compliance with industry standards. Understanding these core components helps lab managers select or optimize stability chambers for reliable, compliant testing. The right design ensures your…

Shaking Stacked Incubator

2023-09-20

Key Features of the Dexiang Shaking Stacked Incubator The Dexiang Shaking Stacked Incubator brings together precision, efficiency, and safety in one compact unit. Designed for modern labs, it offers advanced controls, a space-saving design, and an intuitive interface to support diverse research needs. Advanced Temperature and Shaking Controls Space-Efficient Design Safety and Compliance User-Friendly Interface Feature Benefit Advanced Shaking Control Ensures uniform mixing and growth Stackable Design Saves valuable lab space Safety Alerts Protects your samples Intuitive Interface Easy setup and monitoring With these features, the Dexiang shaking stacked incubator stands out as a reliable, efficient solution for streamlined cell culture and microbiology workflows. Technical Specifications and Performance Data Capacity and Compatibility The Dexiang Shaking Stacked Incubator offers a high-capacity, space-saving design with multi-level shelves to hold various flask sizes and plates. It works well with different sample types, from small vials to large cell culture flasks. The incubator supports: Energy and Maintenance Energy efficiency is a priority with Dexiang’s stacked incubator. It uses advanced insulation and smart power management to lower electricity use without compromising performance. Maintenance is also simple thanks to: Feature Details Temperature Range Ambient +5°C to 60°C Shaking Speed 20 – 300 RPM Capacity per Shelf Up to 10 flasks (varies by size) Power Consumption Low-energy design, saves up to 15% Shelf Dimensions 18” x 18” standard shelves Compatibility CO2 and humidity option available This setup ensures reliable, efficient operation with easy customization to match your lab’s workflow. Applications in Laboratory Research Cell Culture and Microbiology Our shaking stacked incubator is perfect for growing cell cultures and supporting microbiology experiments. With precise temperature and shaking controls, it creates the ideal environment for bacteria, yeast, and mammalian cells. Whether you’re working on small research projects or larger batches, the multi-level design lets you run multiple experiments at once without…

Key Technical Parameters for Choosing a Xenon Aging Test Chamber

2023-08-08

At Dexiang, as a professional environmental test chamber manufacturer, we’ve seen labs waste years on data that couldn’t be repeated because the wrong chamber was chosen. This article is designed to help you avoid that mistake and give you a clear, engineer-level checklist for selecting the right xenon arc weathering test chamber for 2026 and beyond. If you’re looking at buying a xenon aging test chamber, you’ve probably noticed something: every supplier claims their system offers “stable irradiance,” “accurate temperature,” and “standard-compliant” performance. But which technical parameters actually matter for your materials, standards, and budget? In this guide, you’ll see exactly which specs you must evaluate before you sign a PO: from xenon lamp type and power, to irradiance range and control accuracy, to filter systems, black panel temperature, humidity, and spray functions that determine whether your test results are trustworthy—or completely misleading. At Dexiang, we’ve seen labs waste years on data that couldn’t be repeated because the wrong chamber was chosen. This article is designed to help you avoid that mistake and give you a clear, engineer-level checklist for selecting the right xenon arc weathering test chamber for 2025 and beyond. Xenon Lamp Type and Power When you choose a xenon aging test chamber, the xenon lamp type and power are the first parameters to lock in. They determine whether you can meet your standards, control heat, and keep operating costs under control. Air-Cooled vs. Water-Cooled Xenon Lamps Both technologies are mature, but they suit different labs: Common Xenon Lamp Power Levels Standard lamp powers you will see across the market: Higher power gives you more irradiance and capacity, but also: Heat Load and Installation Requirements Lamp type and power directly drive your installation conditions: Plan these early, or you risk buying a chamber that your facility can’t fully support. Lamp Lifetime, Lumen Maintenance, and Drift Lamp behavior over time is a hidden cost and…

Horizontal Shaker Incubator

2023-07-12

What is a Horizontal Shaker Incubator? A Horizontal Shaker Incubator is a lab device designed to mix and incubate samples simultaneously using a horizontal shaking motion. Unlike vertical shakers, which move samples up and down, horizontal or orbital/linear shakers move samples in a flat, circular or straight line path. This motion ensures gentle, thorough mixing with minimal disruption. Shaking Type Movement Direction Sample Impact Typical Use Cases Horizontal Shaking Orbital or linear, side-to-side Even sample distribution, less splash and foam Cell cultures, microbial growth Vertical Shaking Up and down More agitation, risk of splash/foam Some sedimentation studies Benefits of horizontal shaking include: Over time, horizontal shaker incubators evolved from simple mechanical units to advanced refrigerated models with smart controls, allowing precise temperature and shaking speed adjustments. These innovations enhance experiment reliability and adapt to diverse lab needs—from microbial cultures to sensitive cell growth. Key Features of Dexiang Horizontal Shaker Incubators Dexiang Horizontal Shaker Incubators offer reliable, precise shaking and temperature control designed for U.S. labs. Here’s a quick look at what makes them stand out: Feature Details Temperature Control PID control with ±0.1°C uniformity for exact incubation conditions Shaking Range Adjustable speeds from 30 to 300 rpm with orbit diameters of 25mm or 50mm Motor Type Low-vibration DC motors for stable, quiet operation Chamber Design Mirror-polished stainless steel interior that’s easy to clean and resists corrosion Sterilization Built-in UV sterilization to minimize contamination Capacity Options Large chambers available—model sizes range from 200L to 400L Smart Controls Touchscreen interface for easy operation and monitoring Data Management USB ports for exporting data logs, ideal for compliance and record keeping Safety Features Imbalance alarms that protect samples and equipment Energy & Noise Eco-mode for energy savings; noise kept below 50dB for a quiet lab environment Dexiang incubator shakers combine versatility with performance, perfect for microbiology, cell culture, and pharmaceutical…

How Many Types of Stability Chambers Are There Explained with Features

2023-07-12

What Are Stability Chambers and Why Do They Matter Stability chambers are controlled environment units designed to test how products respond to varying temperature, humidity, and other conditions over time. These chambers are essential tools for pharmaceutical, food, cosmetic, and electronic industries to ensure product quality and shelf life. Role in ICH and FDA Compliance Stability chambers help you meet critical regulatory standards including ICH (International Council for Harmonisation) guidelines and FDA requirements. Using these chambers, you can perform stability testing to prove that your products remain safe and effective throughout their intended shelf life. Benefits of Stability Testing Common Parameters Controlled In Stability Chambers Parameter Typical Range Purpose Temperature 5°C to 60°C Simulates storage and transit environments Relative Humidity 20% to 95% RH Tests moisture impact on product stability Light Exposure Specific wavelengths/intensity Evaluates photostability, especially for light-sensitive products Airflow Controlled circulation Promotes uniform conditions inside chamber Understanding these basics helps you appreciate why stability chambers are vital to product development and regulatory compliance. They provide confident, reliable data that keeps your products safe, effective, and ready for market. How Many Types of Stability Chambers Exist Breaking Down the Classifications There isn’t a one-size-fits-all number when it comes to types of stability chambers, but they generally fall into several common categories. Each type serves different testing needs based on size, environment control, and specific industry demands. Here’s a quick breakdown: Chamber Type Size/Capacity Main Application Reach-In Stability Chambers Compact, small volume R&D, limited sample testing Walk-In Stability Chambers Large scale, bulk Pharma batch testing Photostability Chambers Varies Light exposure testing per ICH Q1B Humidity-Controlled Chambers Medium to large Precise relative humidity control Thermal Shock and Accelerated Chambers Small to medium Rapid stress and shelf-life data Environmental and Climate Chambers Varies Multi-parameter control for many industries Custom and Specialized Chambers…

Cooling Incubator

2023-06-19

Cooling Incubator – Precision and Reliability in One Explore our state-of-the-art Cooling Incubator designed for precise temperature control and reliable performance. Key Specs at a Glance:Temperature Range: 4°C to 50°CAdvanced PID temperature controlDouble-glass insulated door for energy efficiencyUV sterilization for contamination-free operationCapacity options from 50L to 500LEnergy-efficient thermoelectric and compressor cooling models availableReady to Upgrade Your Lab? Experience precision cooling with Dexiang’s Refrigerated Incubators. Whether you need a low temperature incubator for bacterial cultivation or a 4°C incubator for environmental tests, our units deliver consistent results every time. Get Started Today: Unlock consistent lab results with Dexiang Cooling Incubators—where performance meets innovation. Product Overview: Versatile Refrigerated Incubator Benefits Our Cooling Incubator is built to meet a wide range of lab needs with precision and reliability. Whether you’re working on bacterial cultivation, environmental tests, or pharmaceutical stability, this refrigerated incubator keeps your samples steady at controlled low temperatures, including as low as 4°C. It combines energy-efficient cooling with easy-to-use controls, making it perfect for long-term sample preservation. This versatile low temperature incubator features adjustable settings that fit various applications—from seed germination to BOD analysis—helping you maintain consistent, controlled conditions. The double-glass door offers clear visibility without temperature loss, while built-in UV sterilization reduces contamination risks, keeping your work safe and reliable. Watch our quick demo video to see how simple it is to set up and operate this lab cooling chamber, designed specifically with U.S. laboratory standards in mind. The wireless control options and touch display simplify monitoring and adjusting temperature, so you can focus on your research, not the equipment. In short, this refrigerated incubator adapts to your lab’s needs, offering precise cooling and dependable performance day after day. Key Features of Dexiang Cooling Incubators Our Cooling Incubators come packed with features designed to keep your samples safe and stable:…

Applications of Universal Testing Machines in Material Testing and Quality Control

2023-06-14

Understanding Universal Testing Machines: A Quick Primer Have you ever wondered how manufacturers ensure materials like metals, plastics, or composites can handle real-world forces? That’s where a Universal Testing Machine (UTM) comes in. Simply put, a UTM is a versatile device designed to test the mechanical properties of various materials by applying different types of forces. Core Functionality At its heart, a Universal Testing Machine measures how a material reacts when subjected to forces such as pulling, pushing, bending, or shearing. It tells you crucial details like strength, elasticity, and failure points—information essential for product design, quality control, and safety certification. Key Components By combining these elements, UTMs carry out precise mechanical testing across a wide range of materials—making them invaluable to industries from aerospace to construction. Whether you’re checking tensile strength or compression limits, the UTM offers a reliable, straightforward way to understand how your materials will perform under stress. Core Test Types Performed by Universal Testing Machines Universal Testing Machines (UTMs) handle several key tests to measure material mechanical properties. Here’s a quick look at the main ones: Tensile Testing Compression Testing Flexural (Bend) Testing Shear Testing Test Type What It Measures Common Materials Tested Typical Industry Use Tensile Testing Strength, elongation, elasticity Metals, polymers, textiles Aerospace, automotive, R&D Compression Load-bearing capacity Concrete, steel, composites Construction, civil engineering Flexural Bending resistance Plastics, composites, ceramics Manufacturing, quality control Shear Adhesion, joint strength Adhesives, welds, composites Electronics, biomedical fields These tests provide vital information about how materials behave under different forces, helping guide design, production, and quality assurance. Industry-Specific Applications of Universal Testing Machines Universal testing machines are essential across many industries in the U.S., helping ensure materials and products meet strict quality and safety standards. Aerospace and Automotive In aerospace and automotive sectors, UTMs test crash safety and fatigue resistance of…

What Is the Purpose of the Aging Test Explained for Manufacturers

2023-06-14

Core Purposes of Aging Tests Why Simulate Time and Stress When we talk about aging tests, we’re really talking about simulating the long-term effects of time and stress on materials and products. The goal? To make sure what we put on the market is reliable, safe, and performs as expected. Here’s why aging tests are so important: By simulating real-life stresses, aging tests give manufacturers confidence that their products will perform as promised. Want to know how these tests work across industries? Let’s dive into the types and methods next. Types of Aging Tests Matching Methods to Your Industry Needs When it comes to aging tests, choosing the right method depends on your industry and the materials you work with. Here are the common types of aging tests we provide to meet different needs: Thermal Oxygen Aging This test uses high heat to speed up the aging of rubbers and plastics. It checks for oxidation, which can degrade insulation materials in electronics or automotive parts. This method helps identify weak spots long before real-world problems show up. UV Climate Aging Designed for coatings, fabrics, and outdoor materials, this test simulates sunlight and dew using xenon lamps in controlled chambers. It’s perfect for checking how your product’s color, strength, or surface hold up under sunlight and moisture exposure. Ozone Humidity Aging Ideal for electronics and sensitive components, this test mimics dynamic environments where ozone and humidity fluctuate. Adjustable concentrations help evaluate how well products resist corrosion, cracking, or other damage related to ozone exposure. Accelerated vs Real-Time Aging By using these aging tests, you can ensure your products perform reliably throughout their expected lifetime, reduce recalls, and meet industry standards like ASTM F1980. How Aging Tests Work Step by Step for Accurate Results Aging tests start by preparing samples carefully, making…

catalogue-1

Constant Temperature And Humidity Test Chamber

120L Salt Spray Corrosion Chamber ASTM B117 Compliant Testing

Water Drip Test Chamber IPX1 IPX2 with Precise IEC 60529 Compliance

Walk In Environmental Test Chamber

What Are the Standards for Rapid Temperature Change Testing

Stability Chamber Conditions

Shaking Stacked Incubator

Key Technical Parameters for Choosing a Xenon Aging Test Chamber

Horizontal Shaker Incubator

How Many Types of Stability Chambers Are There Explained with Features

Cooling Incubator

Applications of Universal Testing Machines in Material Testing and Quality Control

What Is the Purpose of the Aging Test Explained for Manufacturers

Company News

Constant Temperature Incubator

What Is a Thermal Shock Chamber

Vertical Single Door Shaking Incubator 160L PID Controlled

Phone Charger Aging Tester with 240 Channels and Precise Load Simulation

IPX3 X4 Water Spray Test Chamber

Engineering Resources

Battery Impact Test Machine for UN 38.3 UL 1642 Compliance

Custom Environmental Test Chambers for Non-Standard Sizes and Special Requirements

What makes your high and low temperature chambers different from those of your competitors?

CO2 Incubator for Cell Culture with Precise IR Control

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