Test Systems Test Sistemleri Şok Testi Titreşim Testi Sıcaklık Testi Nem Testi Yüksek Sıcaklık Testi Test Kabini Askeri Test Temperature Test Humidity Test Shock Test Vibration Test Test Chamber Test Chambers Yüksek İvme Şok Test Sistemi Hidrolik Şok Şok Test Sistemi Shock Test Systems SRS
Test Systems
Test Systems

Test Systems

 

Guangdong Sanwood Technology Co.,Ltd was established in 1995, which integrated Taiwan and Japan technologies.

 

 

 

Category:

Test Systems

Altitude Test Chamber Altitude İrfitifa Testi İrtifa Test Kabini Yüksek İrtifa Düşük İrtifa
Altitude Test Chambers
Dry Oven Lab OVen Test Oven Labaratuvar Fırını Test Fırını Sıcaklık Frını
Lab Ovens
Rain Resistance Test Rain Test Military Rain Test IPX9 Test Chamber IPx8 Test Chamber IPX8 IPX9 ipx8 ipx9 Yağmurlama Testi Yağmur Testi MIL-STD Rain
Rain Resistance Test Chambers
Rain Resistance Test Rain Test Military Rain Test IPX9 Test Chamber IPx8 Test Chamber IPX8 IPX9 ipx8 ipx9 Yağmurlama Testi Yağmur Testi MIL-STD Rain
Rain Resistance Test Chambers
Sand and Dust Test Sand Test Dust Test Military Dust Test Askeri Toz Testi Askeri Kum Testi Toz ve Kum Testi ip7x test IP6X test IP8X TEst
Sand & Dust Test Chambers
Tuz Sisi Testi Korozyon Testi Salt Spray Test MIL-STD-810G Test Askeri Korozyon Testi Askeri Test Korozyon Testi
Salt Spray Corrosion Test Chambers
Kombine Test Kabini Sıcaklık, Nem ve Titreşim Testi Nem Testi Humidity Test Vibration Test Combined Test Chamber Temperature Test Sıcaklık Testi
Temperature ,Humidity & Vibration Test Chambers
Kombine Test Kabini Sıcaklık, Nem ve Titreşim Testi Nem Testi Humidity Test Vibration Test Combined Test Chamber Temperature Test Sıcaklık Testi Tuz Sisi Test Salt Fog Test Korozyon Testi
Temperature Humidity and Salt Spray Corrosion Test Chambers
Düşük Sıcaklık Test Yüksek Sıcaklık Test Düşük-Yüksek Sıcaklık High Low Temperature Test
Temperature & Humidity Test Chambers
Kombine Test Kabini Sıcaklık, Nem ve Titreşim Testi Nem Testi Humidity Test Vibration Test Combined Test Chamber Temperature Test Sıcaklık Testi
Temperature Humidity Altitude Test Chambers
Walk-in
Walk-in Test Chambers
Düşük Sıcaklık Test Yüksek Sıcaklık Test Düşük-Yüksek Sıcaklık High Low Temperature Test
Burning Test Chambers
Crush Test Chamber Ezme Testi
Crush Test Chambers
Düşürme Testi Drop Tester Drop Test
Drop Testers
Patlama Testi Impact Test
Impact Testers
Yüksek İvme Şok Test Sistemi Hidrolik Şok Şok Test Sistemi Shock Test Systems SRS
High Acceleration Shock Test System
Yüksek İvme Şok Test Sistemi Hidrolik Şok Şok Test Sistemi Shock Test Systems SRS
Pneumatic Horizontal Shock Test System
Yüksek İvme Şok Test Sistemi Hidrolik Şok Şok Test Sistemi Shock Test Systems SRS
Hydraulic Vertical Shock Test System
İvmelendirme Testi Acceleration Test Yüksek İvme Şok Test Sistemi Hidrolik Şok Şok Test Sistemi Shock Test Systems SRS
Centrifugal Constant Acceleration Tester (Arm Type)
Acceleration Test İvmelendirme Test
Centrifugal Constant Acceleration Tester (Box Type)
Zero Distance Drop Test Düşme Test Sistemi Test Sistemi
Zero-distance Drop Test System
Test Systems
Transportation Bounce Test System
Test Systems
Pneumatic Horizontal Shock Test System
Şok Tepki Spektrumu SRS Shock Response Spectrum
Pneumatic Shock Response Spectrum (SRS) Test System
Test Systems
Pneumatic Bump Test System
Test Systems
Pneumatic Vertical Shock Bump Test System
Test Systems
High Impact Shock Test System
Test Systems
Transportation Simulation Test System
Test Systems
Incline Impact Tester
Test Systems
Simulation Tables ( 3 DOF & 6 DOF)
Titreşim Tablası Vibration Table Vibration Test
Vibration Test Systems
Click here to Downloand pdf

MIL-STD-810G: Environmental Testing Methods and Test Equipment

MIL-STD-810G is a comprehensive standard developed by the U.S. Department of Defense (DoD) to evaluate the durability and performance of military hardware under various environmental conditions. This stringent set of testing procedures and criteria ensures that military equipment can withstand the harshest operational environments. Below, we will delve into specific test methods and the corresponding test equipment used in MIL-STD-810G, each assigned a unique test method number for reference.

1. Environmental Tests:

  • Temperature Tests (Method 501): Temperature extremes, both high and low, are simulated to assess how hardware performs under these conditions. Test chambers equipped with precise climate control systems are utilized to achieve the desired temperature ranges.

  • Humidity Tests (Method 507): High humidity, low humidity, and condensation scenarios are rigorously evaluated. Specialized humidity chambers and humidity generators are employed for these tests.

  • Vibration Tests (Method 514): Hardware’s resistance to vibrations is assessed using vibration tables and shock test equipment. These tests simulate the vibrations encountered during transport or operation.

  • Shock Tests (Method 516): Impact and shock resistance are critical for military hardware. These tests utilize shock test devices to replicate real-world shock scenarios, ensuring equipment durability.

2. Electromagnetic Compatibility (EMC) Tests:

  • Radiation Tests (Method 610): Electromagnetic radiation resilience tests are conducted within electromagnetic interference (EMI) chambers. Radiation generators emit controlled radiation to evaluate the hardware’s performance under such conditions.

  • Communication Tests (Method 610): Electromagnetic compatibility and communication capabilities of the hardware are evaluated, ensuring that electromagnetic interference does not disrupt critical communications.

3. Water and Dust Resistance Tests:

  • Waterproofness Tests (Method 512): The hardware’s resistance to water is thoroughly tested using specialized water tanks and precise spraying devices to simulate different water exposure scenarios.

  • Dust Resistance Tests (Method 510): Dust resistance is vital for equipment longevity. Dust chambers and dust generators are employed to simulate dusty environments and assess hardware performance.

4. Chemical Resistance Tests:

  • Chemical Exposure Tests (Method 511): Hardware’s resistance to various chemical substances is assessed using specific test equipment. Different chemical agents are applied to ensure equipment durability in chemically challenging environments.

5. High Altitude Tests:

  • High-Altitude Simulation (Method 500): Hardware undergoes testing to determine its performance at high altitudes, where atmospheric conditions change significantly. High-altitude chambers and specialized test equipment are used to replicate high-altitude scenarios.

MIL-STD-810G plays a crucial role in certifying that military equipment adheres to the highest standards of quality and durability. These rigorous tests guarantee that military hardware can withstand the diverse and demanding conditions it may encounter during its operational life, ensuring the safety and effectiveness of military operations.


Sanwood specializes in the production of custom test equipment tailored to the requirements of all these testing methods. Our commitment to precision engineering and innovation ensures that our test systems are designed to meet the most demanding environmental testing standards, including MIL-STD-810G.


With a wealth of experience in the industry, we take pride in delivering high-quality, reliable, and cutting-edge test solutions that cater to a wide range of applications. Whether you need temperature chambers for Method 501, humidity chambers for Method 507, vibration test systems for Method 514, or any other specialized equipment for MIL-STD-810G compliance, Sanwood has you covered.


For more detailed information about our products, customization options, or to discuss your specific testing needs, please don’t hesitate to contact us via email or phone. Our dedicated team of experts is here to assist you in finding the ideal testing solutions that match your unique requirements. We look forward to helping you achieve the highest standards of quality and reliability in your environmental testing processes.