Dexiang Industrial Aging Test Chambers & Environmental Equipment
Engineered with patented energy-saving technology to reduce operating power by 30%–50%. Our 9 core environmental-test-chambers product lines deliver high-precision UV, xenon, thermal, and humidity testing to clients in 80+ countries.
30%–50%
Power Consumption Savings
±0.5°C
Temperature Control Precision
80+
Global Export Markets
Procurement & Engineering Hub
Built for technical engineering buyers, OEM/ODM partners, and QA labs.
-
Custom OEM/ODM Engineering
Tailored dimensions, thermal-humidity profiles, and custom fixture design.
-
Patented Energy Management
Demand-based cooling regulation minimizes operational energy waste.
-
Global Standards Compliance
Full alignment with international IEC, ISO, ASTM, and MIL-STD standards.
Fast-Track Engineering Response
Get technical specifications and pricing within 24 hours.
Verified Quality & Certification Standards
Engineering Reliability & Core Performance Metrics
Dexiang manufactures precision environmental aging test chambers built for long-term durability, maximum energy efficiency, and total global standard compliance.
Patented thermal balance technology drastically lowers utility costs without sacrificing thermal stability or testing accuracy.
Deploys high-durability test equipment to leading QA laboratories across North America, Europe, and Asia-Pacific.
Covers UV, xenon arc, ozone, thermal shock, salt spray, HAST, and custom walk-in environmental chambers.
ISO 9001 and CE-certified manufacturing rigorously aligned with IEC, ASTM, ISO, and MIL-STD standards.
Patented Energy Efficiency Meets Industrial Reliability
Every Dexiang environmental aging chamber combines precise simulation control with heavy-duty construction. Our patented energy-saving systems help commercial labs and OEM manufacturers cut long-term operational costs while meeting strict international QA criteria.
Thermal Balance Efficiency
Proprietary refrigeration control and heat-recovery airflow designs cut continuous energy consumption by 30% to 50%.
International Compliance
Certified under ISO 9001 and CE quality frameworks to satisfy demanding IEC, ASTM, ISO, and MIL-STD testing methods.
Global OEM/ODM & Service
Trusted in over 80 countries, supported by complete OEM/ODM customization and ISO/IEC 17025 third-party calibration support.
Comprehensive 9-Line Environmental Testing Portfolio
Explore Dexiang's complete equipment matrix engineered to simulate extreme light, temperature, humidity, and corrosive environments.
UV Weathering Chambers
Simulates shortwave uv solar radiation to evaluate yellowing, cracking, and material degradation in plastics and coatings.
Xenon Arc Test Chambers
Replicates full-spectrum sunlight, rain, and temperature cycles using our xenon system to assess colorfastness and exterior weatherability.
Ozone Aging Chambers
Tests dynamic and static rubber, elastomer, and polymer degradation under precise atmospheric ozone concentration.
Temp & Humidity Chambers
Delivers tight temperature and relative humidity cycling for electronic reliability and material stress testing.
HAST Test Chambers
High-acceleration stress testing systems that accelerate moisture penetration in semiconductors and PCB components.
Thermal Shock Chambers
Executes rapid hot-to-cold thermal transfer to expose structural flaws, solder joint fatigue, and material expansion stress.
Walk-In Test Chambers
Modular walk-in and drive-in environmental rooms engineered for large automotive components, EV batteries, and batch testing.
Salt Spray Chambers
Accelerated salt fog corrosion testing chambers (DX series) for metal surface finishes, paints, and protective coatings.
Hot Air Oven Chambers
Precision forced-air thermal aging ovens designed for elevated temperature material baking, drying, and heat degradation testing.
Comprehensive Environmental Reliability Test Chamber Matrix
Dexiang delivers an industry-leading suite of environmental test chambers engineered to subject materials, electronic assemblies, and industrial components to realistic atmospheric stress. From accelerated weathering and UV irradiance to extreme thermal transients and high-pressure steam penetration, our comprehensive test chamber matrix provides exact climate reproduction, reproducible test outcomes, and compliance with rigorous international qualification standards.
Equipped with proprietary thermodynamic balance controls and smart variable-frequency refrigeration systems, Dexiang environmental test chambers achieve 30% to 50% energy consumption reductions compared to legacy reliability equipment. Every chamber in our matrix is built to withstand continuous laboratory operations while fulfilling stringent ASTM, ISO, IEC, and MIL-STD test protocols for automotive, aerospace, semiconductor, and polymer applications across more than 80 export markets.
UV Aging Test Chamber
Designed for high-intensity short-wave solar UV radiation exposure, evaluating material yellowing, polymer chain scission, gloss loss, and mechanical embrittlement under accelerated UV-A and UV-B lamp configurations.
- ✓ Spectral Control: Precision closed-loop irradiance control (340nm / 313nm).
- ✓ Condensation Cycle: Automated moisture condensation mechanism for outdoor dew simulation.
- ✓ Target Materials: Plastics, organic coatings, automotive paints, and sealants.
Xenon Arc Weathering Chamber
Delivers full-spectrum solar radiation reproduction combining ultraviolet, visible light, and infrared heat with atmospheric climate simulation, water spray cycles, and relative humidity controls.
- ✓ Full Spectrum Light: Water-cooled or air-cooled xenon arc lamp options.
- ✓ Climate Matching: Black standard temperature (BST) and relative humidity sync.
- ✓ Key Applications: Textiles, interior/exterior auto trims, and architectural glass.
Ozone Aging Test Chamber
Evaluates rubber crack resistance and elastomeric degradation under controlled ozone concentration environments during static tensile elongation or dynamic mechanical stretching cycles.
- ✓ Concentration Range: Silent discharge ozone generator (1 to 1000 pphm).
- ✓ Strain Holders: Dynamic stretching fixtures with variable speed control.
- ✓ Key Applications: Vulcanized rubber, tires, seals, and cable jacketing.
Hot Air Aging Test Chamber
Executes high-precision thermal exposure testing to determine forced air heat resistance, volatile mass loss, and oxidative thermal decomposition rates in high-temperature environments.
- ✓ Air Exchange Control: Calibrated air exchange rates (3 to 200 times/hour).
- ✓ Temperature Uniformity: Aerodynamic internal airflow preventing thermal gradients.
- ✓ Key Applications: Electrical insulation, wire harnesses, and synthetic resins.
Temperature & Humidity Test Chamber
Provides precise programmable temperature cycling (-70°C to +180°C) and controlled relative humidity (10% to 98% RH) to evaluate climate endurance and moisture absorption behavior.
- ✓ Energy Saving System: Variable-frequency cooling cuts power by up to 50%.
- ✓ Dew-Point Precision: Electronic dew-point calculation prevents condensation drift.
- ✓ Key Applications: PCB assemblies, consumer electronics, and EV module packs.
PCT & HAST Accelerated Stress Chamber
Accelerates moisture vapor penetration using saturated high-pressure steam (PCT) or unsaturated pressurized vapor (HAST) to evaluate semiconductor package reliability in hours rather than weeks.
- ✓ Pressure Control: Dual-structure pressure vessel with automatic air evacuation.
- ✓ Modes: Dry bulb / wet bulb unsaturated controls preventing micro-dew formation.
- ✓ Key Applications: IC chips, LED packaging, MEMS devices, and multilayer PCBs.
Walk-in Environmental Aging Room
Modular, high-capacity environmental walk-in rooms custom-engineered for testing large format industrial machinery, aerospace sub-assemblies, dynamic EV battery packs, and complete vehicles.
- ✓ Modular Enclosure: High-density polyurethane insulated panels with stainless inner lining.
- ✓ Air Conditioning: Floor-ducted uniform forced air distribution for high thermal mass load.
- ✓ Key Applications: EV power batteries, photovoltaic modules, and aerospace hardware.
Thermal Shock Test Chamber
Rapid pneumatic basket transfer between hot and cold zones within 10 seconds, inducing intense air-to-air thermal stress to expose mechanical solder defects and thermal expansion mismatches.
- ✓ Rapid Transfer: High-speed basket transition mechanism (< 10 seconds transfer time).
- ✓ Wide Range: Temperature extremes from -75°C up to +200°C recovery within 5 mins.
- ✓ Key Applications: Military avionics, automotive ECUs, and optical sensors.
Salt Spray Corrosion Chamber DX Series
Features non-clogging quartz glass atomizers for continuous or cyclical salt fog dispersion, evaluating anti-corrosion treatments, metallic electroplating, and protective coatings under marine fog conditions.
- ✓ Uniform Atomization: Tower mist disperser ensuring even salt fog deposition rates.
- ✓ Corrosion Resistance: Seamless fiberglass reinforced plastic (FRP) internal cabinet.
- ✓ Key Applications: Fasteners, hardware components, electroplated metals, and marine paint.
Matrix Comparison & Selection Guide
Cross-reference environmental stress factors, international compliance standards, and energy profiles to select the optimal Dexiang environmental test chamber for your laboratory.
| Chamber Category | Environmental Stress Agent | Primary Compliance Standards | Core Operating Range | Dexiang Energy Advantage |
|---|---|---|---|---|
| UV Aging Chamber | Short-wave UV radiation & condensation | ASTM G154, ASTM D4329, ISO 4892-3 | UV-A (340nm) / UV-B (313nm), 50°C - 70°C | Solid-state digital ballast (30% power saving) |
| Xenon Arc Chamber | Full spectrum solar irradiance & water spray | ISO 4892-2, ASTM G155, SAE J2527 | 0.35 to 1.10 W/m² @ 340nm, 10% - 95% RH | Recirculating heat exchanger system |
| Ozone Aging Chamber | Ozone concentration & mechanical strain | ISO 1431, ASTM D1149, GB/T 7762 | 1 to 1000 pphm O₃, 0.5 - 30 Hz dynamic strain | Low-consumption silent tube generator |
| Hot Air Aging Chamber | Forced high-temperature convection | ISO 188, IEC 60811, GB/T 3512 | RT + 10°C to +300°C, 3 - 200 air exchanges/hr | Exhaust thermal energy recovery manifold |
| Temp & Humidity Chamber | Thermal cycling & relative humidity | IEC 60068-2, JESD22-A101, MIL-STD-202 | -70°C to +180°C, 10% to 98% RH | Smart variable frequency cooling (Up to 50% savings) |
| PCT & HAST Chamber | High pressure saturated/unsaturated steam | JESD22-A110, JESD22-A118, IEC 60068-2-66 | 105°C to 142.9°C, 0.02 to 0.196 MPa steam | Direct condensation heat recycling loop |
| Walk-in Aging Room | Large-scale temperature & humidity cycling | ISO 16750, GB/T 31467, MIL-STD-810G | -40°C to +85°C, 20% to 95% RH (Custom scale) | Multi-stage modular compressor staging |
| Thermal Shock Chamber | Rapid air-to-air thermal transients | MIL-STD-810G, IEC 60068-2-14, JESD22-A104 | -75°C to +200°C zones, basket transfer <10s | Dual thermal reservoir energy storage |
| Salt Spray Chamber DX | Continuous atomized salt fog mist | ISO 9227, ASTM B117, JIS Z 2371 | 35°C to 50°C cabinet, 1 - 2 ml/80cm²/h fog rate | Low-power direct water jacket heating |
Engineered for Precision & ISO/IEC 17025 Compliance
All Dexiang environmental test chambers undergo stringent factory acceptance testing (FAT) before shipment. Each unit is calibrated against national metrology standards and comes ready for ISO/IEC 17025 third-party laboratory verification, ensuring high repeatable test accuracy across global test facilities.
Custom Hardware Adaptation & OEM/ODM Configurations
Beyond standard chamber dimensions, Dexiang provides modular customisation including specialized sample racks, multi-axis cable ports, automated PLC touch interfaces, and integrated telemetry logging. Our engineering team designs custom solutions tailored to specific industrial testing protocols.
Reduce Operating Costs by 30% to 50% with Dexiang Patented Technology
Traditional aging test chambers consume excessive electricity by constantly running compressors at maximum output while using high-wattage heaters to counterbalance cooling. Dexiang eliminates this thermal inefficiency with our patented energy-saving architecture. By integrating intelligent variable frequency refrigeration, aerodynamic heat recovery, and low-decay ceramic heating elements, Dexiang environmental test chambers lower operating power consumption by 30% to 50% while enhancing overall temperature stability and control precision.
Smart Variable Frequency Refrigeration Control
Conventional test equipment runs compressors continuously at full load, using resistive heaters to regulate internal temperatures. Dexiang proprietary algorithms dynamically adjust compressor drive frequency, expansion valve opening, and refrigerant mass flow in real time based on actual thermal demand.
- On-Demand Capacity: Modulates compressor output to match precise real-time workspace heat loads.
- Extended Equipment Lifespan: Eliminates continuous high-load wear, thermal fatigue, and severe mechanical stress.
Aerodynamic Heat Recovery and Airway Design
Designed with computational fluid dynamics (CFD) modeling, our optimized internal airway ducting recirculates thermal energy evenly across the workspace. By capturing waste heat and maintaining balanced laminar airflow, Dexiang aging chambers ensure exceptional temperature uniformity while reducing power input.
- 20% Better Temperature Uniformity: Prevents localized hot or cold dead zones inside the testing chamber.
- Exhaust Heat Recycling: Captures wasted thermal energy to preheat intake circulation streams automatically.
Low-Decay Heating and Radiation Components
Engineered with high-density ceramic heating elements and durable radiation emitters, our heating systems deliver instant thermal response with zero performance degradation, even after thousands of continuous accelerated testing hours.
- Rapid Thermal Equilibrium: Reaches target setpoints faster without causing excessive power surges.
- High Conversion Efficiency: Maximizes electrical-to-thermal energy conversion while lowering resistance loss.
Patented Thermal Balance Architecture
By continuously evaluating real-time thermal gradient dynamics, Dexiang environmental test chambers prevent wasted electrical power, delivering precise testing conditions with significantly lower operating expenses.
Total Cost of Ownership (TCO) & ROI Advantage
Operating environmental test equipment involves both initial capital expenditure and continuous electrical utility expenses over a 10- to 15-year service lifecycle. Long-term accelerated weathering and thermal testing can easily double total equipment costs through power consumption alone. Dexiang patented energy-saving technology fundamentally alters this financial equation.
| Performance Indicator | Standard Test Chamber | Dexiang Energy Saving Chamber | Net Business Advantage |
|---|---|---|---|
| Average Operating Power Reduction | 0% Baseline | 30% to 50% Lower | Saves thousands of dollars annually on utility bills |
| Temperature Uniformity Variance | ±2.0°C to ±3.0°C | ±0.5°C to ±1.0°C | 20% higher internal temperature uniformity |
| Compressor Duty Cycle Load | 100% Fixed Speed Load | Smart Variable Frequency Modulation | Reduced mechanical wear and downtime risk |
| Thermal Recovery Efficiency | Standard Exhaust Venting | Aerodynamic Heat Recycling | Faster ramp rates and door recovery times |
| Estimated 5-Year Power Savings | $0 Baseline | $12,000 to $28,000 per unit | Substantially offsets initial purchase cost |
Calculated Return on Investment (ROI)
For a standard 500-liter temperature and humidity test chamber operating 6,000 hours annually, power consumption is a primary expense. By deploying Dexiang patented variable frequency control and aerodynamic heat recovery, test laboratories routinely recover equipment investment differences within 12 to 18 months of continuous operation.
Sustainable Enterprise Operations
Lower energy consumption directly reduces corporate carbon emissions. Implementing Dexiang energy-saving reliability equipment helps automotive, aerospace, and semiconductor manufacturers fulfill global corporate sustainability goals while maintaining strict compliance with IEC, ISO, ASTM, and MIL-STD test standards.
Tailored Reliability Testing Across Mission-Critical Sectors
Engineered to meet stringent global qualification protocols, Dexiang environmental test chambers simulate extreme thermal, moisture, dynamic strain, and optical degradation environments with unmatched precision.
Automotive & Electric Vehicle Component Validation
Modern electric vehicle powertrains, high-voltage battery modules, and cabin electronics undergo relentless thermal fluctuations. Discover our full line of advanced environmental-test-chambers designed to deliver continuous reliability and precise stress evaluation.
Core International Standard Compliance
- ISO 16750: Environmental conditions and electrical testing standard for road vehicle equipment under severe thermal cycling and continuous vibration stress.
- GB/T 31467: Safety requirements and environmental reliability testing protocols for electric vehicle traction battery packs and electric powertrain modules.
- VW PV 1200: Environmental resistance cycle testing specification for automotive interior trims, exterior components, and electronic assemblies.
High-capacity thermal shock and rapid ramp-rate environmental chambers for EV components.
Standard Compliance & Recommended Equipment Matrix
Direct mapping of international test standards to Dexiang engineering equipment.
| Industry Sector | Governing Standards | Key Testing Parameters | Recommended Dexiang Equipment |
|---|---|---|---|
| Automotive & EV | ISO 16750 GB/T 31467 VW PV 1200 | Thermal stress cycling, high humidity, vibration integration | Walk-In Chamber & Thermal Shock Chamber |
| Polymers & Coatings | ASTM G154 ASTM D4329 ISO 4892 | Solar UV radiation, surface yellowing, spectral irradiance tracking | UV Aging Chamber & Xenon Arc Weathering Chamber |
| Electronics & Semi | JESD22-A110 IEC 60068-2 IPC-TM-650 | Pressurized steam moisture penetration, micro-crack analysis | HAST Accelerated Stress Chamber |
| Aerospace & Cables | MIL-STD-810G ISO 1431 | Extreme air-to-air thermal transfer, dynamic ozone cracking | Ozone Aging Chamber & Thermal Shock Chamber |
| Pharmaceuticals | ICH Q1A(R2) | Accelerated shelf-life stability, strict 24/7 relative humidity stability | Temperature and Humidity Stability Chamber |
Patented Energy Balance System
Proprietary refrigeration control dynamically adjusts compressor capacity. Eliminates energy waste caused by simultaneous heavy heating and cooling, yielding 30% to 50% power savings.
ISO/IEC 17025 Calibration Ready
Factory integrated with high-precision PT100 platinum resistance sensors and digital transmitters. Fully pre-calibrated to pass third-party metrology audits effortlessly.
Deployed Across 80+ Countries
Trusted by quality engineering teams in North America, Europe, and Asia-Pacific. Dexiang delivers global remote technical diagnostics and rapid spare parts logistics.
End-to-End Engineering Services: Custom OEM/ODM Design to ISO 17025 Calibration Support
- 1 Requirement Scoping & Spec Analysis - Dexiang application engineers collaborate directly with your team to define exact thermal, UV, or humidity parameters, test specimen dimensions, and target international standards.
- 2 3D Structural & System Design - Utilizing advanced parametric CAD modeling, our engineering team designs tailored cabinet structures, optimized thermodynamic airflow paths, and customized PLC control interfaces.
- 3 Precision Fabrication & Factory Pre-Inspection - Every custom test chamber is built using premium components and undergoes multi-point factory acceptance testing to ensure operational stability and energy efficiency before shipment.
- 4 On-Site Installation & Metrology Calibration - Expert commissioning guidance is paired with ISO/IEC 17025 accredited third-party calibration support to ensure seamless laboratory audit readiness.
OEM and ODM Customization
Complete oem-odm-private-label manufacturing and hardware adaptation, including custom chamber footprints, specialized specimen racks, custom voltage configurations, and branded control software interfaces.
Calibration & Compliance Support
Fully traceable third-party calibration documentation guarantees ongoing compliance with ISO, IEC, ASTM, and MIL-STD environmental testing guidelines and internal quality audits.
Global Remote Diagnostics
IoT-enabled remote monitoring allows Dexiang technical specialists to perform real-time troubleshooting, system health checks, and predictive maintenance to prevent testing disruptions.
Spare Parts Logistics
Our worldwide spare parts distribution network guarantees rapid dispatch of critical replacement components, including sensors, controllers, and heating elements, to minimize facility downtime.
Proven Performance in Laboratories Across 80+ Countries
From Tier-1 automotive manufacturers to accredited testing facilities, Dexiang aging test chambers deliver verified precision, reduced energy overhead, and seamless international compliance.
European Automotive Component Supplier
Deployed Dexiang walk-in aging chambers to accelerate environmental reliability testing for electric vehicle battery packs and power electronics under ISO 16750 standards.
"Dexiang's patented energy-saving system drastically reduced our utility bills while clearing testing backlogs for our EV drivetrain components."
North American Electronics Testing Facility
Integrated multi-zone thermal shock chambers for 24/7 continuous thermal cycling and stress screening of high-density PCBAs and semiconductor modules.
"Our thermal shock units run non-stop with flawless temperature control. Dexiang equipment has proven extremely durable and dependable."
German Materials Research Institute
Commissioned custom OEM xenon arc and UV weathering chambers engineered to evaluate polymer degradation under stringent ASTM G154 and ISO 4892 standards.
"Dexiang customized the chamber specifications to our exact research needs. Third-party ISO calibration passed effortlessly on the first attempt."
Tailored Chamber Engineering Built for International Accreditations
Dexiang delivers precision equipment configured to satisfy global testing benchmarks. Discover our complete line of environmental test chambers, each featuring custom OEM integration options, energy-saving thermal recycling, and full audit readiness for accredited testing laboratories.
- ISO/IEC 17025 Calibration Readiness: High-precision sensor arrays designed for straightforward audit compliance and traceable calibration.
- Flexible OEM/ODM Customization: Tailored chamber dimensions, custom access ports, specialized racking, and intuitive PLC software interfaces.
- Heavy-Duty Cycle Reliability: Premium refrigeration compressors and heating elements built for continuous operation and long service life.
Frequently Asked Questions About Aging Test Chamber Selection and Operation
Technical insights and practical selection guidance for laboratory managers, quality engineers, and procurement specialists. Discover how Dexiang's patented energy-saving technology, international standard compliance, and OEM/ODM custom capabilities optimize long-term reliability testing across our comprehensive range of environmental test chambers.
Selecting the correct accelerated aging test chamber depends on the spectral sensitivity of your test materials, the intended end-use environment, and the specific degradation mechanisms you need to reproduce.
UV Aging Test Chambers (Fluorescent UV)
Utilize specialized fluorescent UV lamps in a uv aging test chamber to isolate short-wave ultraviolet radiation in the UV-A (340 nm) and UV-B (313 nm) regions. Short-wave UV drives the primary photo-degradation mechanisms in polymers, causing mechanical failure, surface cracking, chalking, and embrittlement.
- Ideal for polymers, industrial coatings, sealants, adhesives, and roofing materials
- Delivers rapid screening for physical structural decay and polymer chain scission
- Low capital outlay with highly cost-effective replacement lamp consumables
Xenon Arc Weathering Chambers (Full Spectrum)
Filtered xenon arc lamps in a xenon arc weathering chamber replicate the complete terrestrial solar spectrum, including ultraviolet, visible light, and infrared heat radiation (290 nm to 800+ nm). Full-spectrum exposure is crucial when thermal loading and visible light contribute directly to color shift, dye fading, and loss of optical clarity.
- Essential for automotive interior/exterior parts, textiles, paints, and displays
- Precise evaluation of colorfastness, yellowing index, and surface gloss retention
- Accurately simulates solar heat build-up and day/night diurnal humidity cycling
| Evaluation Criteria | UV Aging Chamber | Xenon Arc Chamber |
|---|---|---|
| Spectral Coverage | Short-wave solar UV (295 nm to 400 nm) | Full terrestrial sunlight (290 nm to 800+ nm) |
| Primary Failure Modes | Surface cracking, embrittlement, strength loss, chalking | Color shift, fading, gloss loss, thermal oxidation |
| Key Industry Standards | ASTM G154, ASTM D4329, ISO 4892-3 | ISO 4892-2, SAE J2527, ASTM G155 |
Application & Engineering Support
Unsure which model meets your target ASTM, ISO, or IEC specification? Dexiang application engineers deliver customized chamber selection, TCO energy calculations, and formal quotes within 24 hours.
Standards Compliance Matrix
Dexiang environmental testing equipment engineered to meet or exceed key global testing specifications:
Ready to Upgrade Your Environmental Reliability Testing Capabilities?
Connect with Dexiang application engineers to receive tailored aging test chamber specifications, an energy-savings ROI analysis, and an itemized commercial proposal within 24 hours. Explore our advanced environmental test chambers designed for high-precision thermal and durability evaluations.
Custom Chamber Recommendations
Get precise equipment configurations engineered to meet your specific ISO, ASTM, IEC, or MIL testing standards.
30%–50% Energy Savings Analysis
Discover how Dexiang's patented heat-recovery technology significantly lowers power consumption and long-term operating costs.
Commercial Quote Within 24 Hours
Receive transparent factory-direct proposals and comprehensive technical datasheets rapidly from our engineering experts.
Request Equipment Quote
Submit your testing parameters to receive factory-direct quotes and engineering guidance.
Guaranteed response within 24 business hours. Confidential consultation with zero obligation.
HotProduct
Powerful Chinese manufacturer of test chamber equipment
Partners
Founded for 18 years, serving more than 3,000 customers in over 100 countries worldwide.
Contact US
Welcome to Dexiang –We supply certified reliability testing equipment that meets global standards for quality and performance. Partner with us.
Dongguan, Guangdong, China
+86 151-1281-2380
15112812380
