Environmental Testing Lab in Bangalore - NABL & DGAQA Accredited

BE Analytic - A Leading NABL Accredited Environmental Testing Lab In Bangalore

BE Analytic is a leading environmental testing lab Bangalore facility providing NABL and DGAQA accredited testing services for automotive, aerospace, defence, and electronics industries. Our environmental testing lab Bangalore offers comprehensive reliability testing including vibration testing, thermal cycling, ESS screening, thermal shock testing, and salt spray corrosion testing with state-of-the-art environmental chambers.

As one of the top environmental testing labs in Bangalore, we provide a complete product reliability ecosystem combining environmental testing, reliability engineering services, EMI-EMC testing, and reliability software solutions. Moreover, our ISO/IEC 17025:2017 accredited laboratory delivers internationally recognized test reports per MIL-STD, IEC, ISO, and industry-specific standards.

What is Environmental Testing?

Environmental testing evaluates how products perform under real-world environmental conditions. Specifically, we subject products to extreme temperatures, humidity, vibration, mechanical shock, and corrosive atmospheres to identify potential failures before market launch.

For example, automotive electronics must withstand temperature ranges from -40°C to 85°C while maintaining performance. Similarly, aerospace components face low atmospheric pressure at high altitudes combined with temperature extremes. Therefore, environmental testing is critical for ensuring product reliability and preventing costly field failures.

Our environmental testing lab in Bangalore conducts tests per international standards including MIL-STD-810, IEC 60068, ISO 16750, and industry-specific requirements. As a result, manufacturers receive internationally recognized test reports for compliance verification and product validation.

ALTITUDE (CATH) TEST

Chamber Workspace	800mm x 850mm x 900mm
Temperature Range	-70⁰C to 180⁰C ±2⁰C
Rate of Change of Temp.	5°C/min as per IEC 60068-3-5
Humidity Range	15% TO 95% RH ±3%RH in a Climatic Range of 10°C to 85°C
Altitude Range	Atmospheric to 10 mbar ±3mbar
Altitude Rate	Atmospheric to 100 mbar within 25-30 minutes Atmospheric to 10 mbar within 40-45 minutes

SL.No.	Specific Test Perform	Test Method Specification against which tests are performed
1	Altitude Test	MIL-STD 202G (conditions 105C, A/B/C/F)
2	Low Pressure (Altitude) test	MIL-STD 810G (condition 500.5)
3	High Altitude test, Low Altitude test, Decompression test	IEC 60068-2-39
4	Combined cold test	IEC 60068-2-40
5	Low Air Pressure test	JIS W 0812

Altitude Testing simulates the operation, performance and shipment of a product at different altitudes. These tests typically simulate the low air pressure when operating a product at a high altitude or shipping a product by air. In order to ensure the safety of the product altitude test is most important.
Altitude test is also called as Low Pressure test, Decompression test, High Altitude test, Low Altitude test, Combined cold test and Low Air Pressure test as per various test standards. BE Analytic will ensure that we conduct and perform altitude tests for your products efficiently to reach high-quality standards.

VIBRATION TEST

Rated Force	2500Kgf
Frequency Range	5 to 2500Hz
Maximum Acceleration	100g
Maximum Velocity	1800mm/s
Displacement	51mm
Payload Capacity	350Kg

SL.No.	Specific Test Perform	Test Method Specification against which tests are performed
1.	Sine on Random	Sine: IS 9000(Part8) IEC 60068-2-6 MIL-STD-810F JSS 55555: 2012 Rev 1 JSS 50101 JIS D1601 Mixed Mode: IEC 60062-2-80 (Part 2);80 MIL-STD-810G Random: IEC 60068-264 IEC 61373
2.	Sine
3.	Random
4.	Mixed
5.	Shock
6.	Bump

Vibration Testing is used to demonstrate a product’s ability to resist dynamic loads and fluctuation without losing critical functional or structural integrity under specified loads. It can be used to identify accumulated stress effects and the resulting mechanical weaknesses and performance flaws.
We conduct various kinds of vibration tests like Sine on Random vibration, Sine vibration, Random vibration test, Mixed mode vibration test, Mechanical shock testing and Bump test in our laboratory as per customer requirements.

SINE VIBRATION AND MECHANICAL SHOCK TEST

Rated Force	4000 Kgf
Frequency Range	5 to 2000Hz
Maximum Acceleration	160g
Maximum Velocity	2000mm/s
Displacement	70mm
Payload Capacity	500Kg

SL.No.	Specific Test Perform	Test Method Specification against which tests are performed
1.	Sine on Random	Sine: IS 9000(Part8) IEC 60068-2-6 MIL-STD-810F JSS 55555: 2012 Rev 1 JSS 50101 JIS D1601 Mixed Mode: IEC 60062-2-80 (Part 2);80 MIL-STD-810G Random: IEC 60068-264 IEC 61373
2.	Sine
3.	Random
4.	Mixed
5.	Shock
6.	Bump

The purpose of Vibration Tests is to evaluate the effect caused on parts by vibration in a specified frequency range. We conduct various kinds of vibration tests like Sine on Random vibration, Sine vibration, Random vibration test, Mixed mode vibration test, Mechanical shock testing and Bump test in our laboratory as per customer requirements.

TROPICAL EXPOSURE AND DEW TEST

Chamber Workspace	1500mm x 1500mm x 1500mm
Temperature Range	20⁰C to 180⁰C ±2⁰C
Humidity Range	20% TO 98% RH ±3%RH

SL.No.	Specific Test Perform	Test Method Specification against which tests are performed
1	Humidity Test	IEC 60068-2-78
2	Damp Heat	IEC 60068-2-30
3	Humidity test / Dew Test	MIL-STD-810F
4	Steady State Humidity test	ISO 16750-4
5	Tropical Exposure test	JSS 55555
6	Damp Heat (Cyclic), Damp Heat (Moisture Resistance)	JSS 50101

Tropical Exposure test is a type of humidity test that helps in the determination of corrosion rates in materials. In this test, the material/product is exposed to various environmental factors (temperature and humidity) and corrosive products to study the impact of corrosion on certain industrial materials.
It is a vital part of quality control that is usually performed during product development in order to ensure the safety and quality of the products.
BE Analytic offers a range of thermal cycling test services like Humidity Test, Damp Heat, Tropical Exposure test, Dew Test, Steady state humidity test and Moisture Resistance test as per various Industry standards.

THERMAL SHOCK TEST

Basket Size	450mm x 550mm x 600mm
Temperature Range	-65⁰C to 180⁰C
Change Over Time	12 Sec.

SL.No.	Specific Test Perform	Test Method Specification against which tests are performed
1	Thermal Shock test	IEC 60068-2-14 (tests Na &Nb) IEC 60068-2-30
2	Temperature Shock test	MIL-STD-810F
3	Rapid Temperature Cycling test (THERMAL SHOCK)	JSS 55555
4	Thermal Shock testing	IS 9000 (Part 15,Sec I & Sec II)

Thermal shock testing is conducted to determine if equipment can withstand sudden changes in the temperature of the surrounding atmosphere without experiencing physical damage or deterioration in performance. As a result of exposure to sudden temperature changes the operation of the temperature shock test items may be affected either temporarily or permanently. Thermal shock testing reduces the risk of product failure in the field by replicating a quick transition between two extreme temperatures.
BE Analytic offers a range of thermal shock testing services like Thermal Shock, Temperature Shock, Rapid Temperature Cycling (THERMAL SHOCK) and Thermal Shock testing as per various Industry standards.

TEMPERATURE AND THERMAL SHOCK TESTING

Chamber Workspace	420420615
Temperature Range	-65⁰C to 180⁰C
Change over time	12 Sec

SL.No.	Specific Test Perform	Test Method Specification against which tests are performed
1	Thermal Shock test	IEC 60068-2-14 (tests Na &Nb) IEC 60068-2-30
2	Temperature Shock test	MIL-STD-810F
3	Rapid Temperature Cycling test (THERMAL SHOCK)	JSS 55555
4	Thermal Shock testing	IS 9000 (Part 15,Sec I & Sec II)

Thermal shock testing is conducted to determine if equipment can withstand sudden changes in the temperature of the surrounding atmosphere without experiencing physical damage or deterioration in performance. As a result of exposure to sudden temperature changes, the operation of the temperature shock test items may be affected either temporarily or permanently. Thermal shock testing reduces the risk of product failure in the field by replicating a quick transition between two extreme temperatures.
BE Analytic offers a range of thermal shock testing services like Thermal Shock, Temperature Shock, Rapid Temperature Cycling (THERMAL SHOCK) and Thermal Shock testing as per various Industry standards.

HIGH TEMPERATURE TEST

Chamber Workspace	500mm x 500mm x 500mm
Temperature Range	Ambient to 180⁰C, ±2⁰C

SL.No.	Specific Test Perform	Test Method Specification against which tests are performed
1.	High Temperature Test	IEC 60068-2-1 IEC 60068-2-14 IS 9000 (Part 3) IS 9000 (Part 4) MIL-STD-810F JSS 55555 ISO 16750-4 JSS 50101
2.	High Temperature Storage
3.	High Temperature Storage Cum Operation
4.	High Temperature Operation
5.	Power on Burn-In Test

High-temperature testing reduces the risk of product failure in the field by simulating the temperature conditions that products are exposed to during their lifetime. The test specification defines the applied temperatures and test conditions, these may be to test the equipment’s operational limits or to test the equipment’s survivability at more extreme storage temperatures.
BE Analytic offers a range of testing services like High-Temperature Tests, High-Temperature Storage Tests, High-Temperature Storage Cum Operation Tests, High-Temperature Operation Tests and Power on Burn-In Tests as per various Industry standards.

HIGH TEMPERATURE STORAGE TEST

Chamber Workspace	1000mm x 1000mm x 1000mm
Temperature Range	Ambient to 180⁰C, ±2⁰C

SL.No.	Specific Test Perform	Test Method Specification against which tests are performed
1.	High Temperature Test	IEC 60068-2-1 IEC 60068-2-14 IS 9000 (Part 3) IS 9000 (Part 4) MIL-STD-810F JSS 55555 ISO 16750-4
2.	High Temperature Storage
3.	High Temperature Storage Cum Operation
4.	High Temperature Operation

High-temperature storage test reduces the risk of product failure in the field by simulating the temperature conditions that products are stored in high-temperature conditions for a long time during their lifetime. The test specification defines the applied temperatures and test conditions, these may be to test the equipment’s operational limits or to test the equipment’s survivability at more extreme storage temperatures.
BE Analytic offers a range of testing services like High Temperature Tests, High Temperature Storage Tests, High Temperature Storage Cum Operation Tests, High Temperature Operation Tests and Power on Burn-In Tests as per various Industry standards.

BURN IN TEST

Chamber Workspace	800mm x 800mm x 900mm
Temperature Range	Ambient to 200⁰C, ±2⁰C

SL.No.	Specific Test Perform	Test Method Specification against which tests are performed
1.	High Temperature Test	IEC 60068-2-1 IEC 60068-2-14 IS 9000 (Part 3) IS 9000 (Part 4) MIL-STD-810F JSS 55555 ISO 16750-4 JSS 50101
2.	High Temperature Storage
3.	High Temperature Storage Cum Operation
4.	High Temperature Operation
5.	Power on Burn-In Test

The Burn In Test is conducted to check product condition in the field by simulating the temperature conditions that products are stored in high temperatures in power conditions for a long time during their lifetime. The test specification defines the applied temperatures and test conditions, these may be to test the equipment’s operational limits or to test the equipment’s survivability at more extreme storage temperatures.
BE Analytic offers a range of testing services like High-Temperature Tests, High-Temperature Storage Tests, High-Temperature Storage Cum Operation Tests, High-Temperature Operation Tests and Power on Burn-In Tests as per various Industry standards.

LOW TEMPERATURE TEST

Chamber Workspace	800mm x 800mm x 900mm (WDH)
Humidity Range	30% to 98% RH
Temperature Range	-70⁰C to 200⁰C
Ramp Rate	10⁰C/Min. Average

SL.No.	Specific Test Perform	Test Method Specification against which tests are performed
1.	Low Temperature Test	IEC 60068-2-14 IS 9000 (Part 2) IS 9000 (Part 14) MIL-STD-810F JSS 55555 IEC 60068-2-1
2.	Low Temperature Storage	JSS 50101 IEC 60068-2-1 IEC 60068-2-14
3.	Low Temperature Storage Cum Operation
4.	Low Temperature Operation
5.	Thermal Cycling	IEC 60068-2-14 (tests Na &Nb) IS 9000 (Part 15,Sec I & Sec II) MIL-STD-810F JSS 55555

Low-temperature test reduces the risk of product failure in the field by simulating the temperature conditions that products are stored in low-temperature conditions for a long time during their lifetime. The test specification defines the applied temperatures and test conditions, these may be to test the equipment’s operational limits or to test the equipment’s survivability at more extreme storage temperatures.
BE Analytic offers a wide range of testing services like Low-Temperature Tests, Low-Temperature Storage Tests, Low-Temperature Storage Cum Operation Tests and Low-Temperature Operation Tests as per various Industry standards.

THERMAL CYCLING TEST

Number of Equipment	2
Chamber Workspace	1000mm x 1000mm x 1000mm
Temperature Range	-65⁰C to 180⁰C
Ramp Rate	10⁰C/Min. Average

SL.No.	Specific Test Perform	Test Method Specification against which tests are performed
1.	Low Temperature Test	IEC 60068-2-14 IS 9000 (Part 2) IS 9000 (Part 14) MIL-STD-810F JSS 55555 IEC 60068-2-1
2.	Low Temperature Storage	IEC 60068-2-1 IEC 60068-2-14 JSS 50101
3.	Low Temperature Storage Cum Operation
4.	Low Temperature Operation
5.	Thermal Cycling	IEC 60068-2-14 (tests Na &Nb) IS 9000 (Part 15,Sec I & Sec II) MIL-STD-810F JSS 55555

Thermal Cycling or Temperature Cycle testing is performed on materials or products to determine the resistance of exposure to alternating extremes of high and low temperatures. Conducting thermal cycling tests during product development will assist in determining

The existence of thermal coefficient mismatches.
The sensitivity of these mismatches to repeated temperature excursions

BE Analytic offers a range of thermal cycling test services like, Thermal Cycling, Low Temperature Test, Low Temperature Storage, Low Temperature Storage Cum Operation, Low Temperature Operation to simulate different scenarios.

SALT SPRAY, SALT FOG AND CORROSION TESTING

Chamber Workspace	300 litres
Temperature Range	Ambient to 50°C
Ramp Rate	2°C/min
Humidity Range	95-100%RH

SL.No.	Specific Test Perform	Test Method Specification against which tests are performed
1.	Salt Spray Test Salt corrosion test Cyclic Salt Spray and Humidity Test Salt spray humidity test Salt Fog test	IEC 60068-2-11 IEC 60068-2-52 IS 9000 (Part 2) ASTM B 117 Rev A MIL-STD-810F JSS 55555 JIS Z 2731
2.	Mixed Gas test	IEC 60068-2-60

Salt Spray Test and Salt Corrosion Testing reduce the risk of product failure in the field by simulating the equipment’s ability to withstand the effects of corrosion and giving a general indication of corrosion resistance.
The Salt Spray test is a corrosion testing method that uses high-saline environments to measure the corrosion resistance of products, paints and coatings over extended periods.
BE Analytic offers a wide range of testing services like Salt spray test, Cyclic salt spray and humidity test, Salt corrosion test and Salt fog test as per various Industry standards.
BE Analytic also conducts a Mixed gas test is an accelerated environmental corrosion aging test that provides contact with harsh chemical pollutants commonly found in the atmosphere. The test specifically evaluates the corrosion of electrical components due to exposure to atmospheric gasses and contaminants. This test allows manufacturers to test for the build-up of corrosion that leads to the reduced performance of electrical components, providing an accelerated environment to determine a product’s life span as well as identify potential failure points. These results allow manufacturers to reduce premature wear and liability.

DUST AND SAND TEST (Solid Ingression Protection Test)

Chamber Workspace	100010001000 mm
Test Type	Dust Ingress Protection
Air Flow Rate	Upto18m/s

SL.No.	Specific Test Perform	Test Method Specification against which tests are performed
1.	Dust Ingress Protection IP5X- Limited Ingress Protection IP6X- Dust Tight Protection IP5K- Dust Protected IP6K- Dust Tight	IEC 60529 ISO 20653
2.	IP1X- Solid Foreign Object50mm Diameter Sphere
3.	IP2X- Solid Foreign Object12mm Diameter Test Finger
4.	IP3X- Solid Foreign Object2.5mm Steel Wire
5.	IP4X- Solid Foreign Object1mm Steel Wire

Dust and Sand tests are the types of Ingress protection (IP) testing that reduce the risk of product failure in the field by assessing the degree of protection provided against mechanical intrusion, dust, accidental contact and water into casings and enclosures.
BE Analytic offers a wide range of solid IP testing services like IP1X, IP2X, IP3X, IP4X, IP5X, IP6X and IPX6K as per various Industry standards.

RAIN TEST (Water Ingression Protection Test)

Chamber Workspace	100010001000 mm
Test Type	Water Ingress Protection

SL.No.	Specific Test Perform	Water Flow Rate	Pressure	Rotating Speed of Table	Test Duration
1.	IPX1- Dripping Water	1mm/min, ±0.5	NA	1 RPM	10 min
2.	IPX2- Dripping Water when tilted up to 15°	3mm/min, ±0.5	NA	1 RPM	2.5 min for each tilt position
3.	IPX3- Spraying Water up to 60° Angle	0.7 L/min, ±0.5% per hole	80 to 100kPa	1 RPM	5 min
4.	IPX4- Splashing Water in all direction	10 L/min, ±0.5% per hole	80 to 100kPa	1 RPM	5 min
5.	IPX5- Powerful Water Jet with Low Pressure	12.5 L/min	30kPa	1 RPM	3 min
6.	IPX6- Powerful Water Jet with High Pressure	100 L/min	1000kPa	1 RPM	3 min
7.	IPX6K- Powerful Water Jet with Extremely High Pressure	75L/min	1000kPa	1RPM	3 min

Rain and Water tests are the types of Ingress protection (IP) testing that reduce the risk of product failure in the field by assessing the degree of protection provided against mechanical intrusion, dust, accidental contact and water into casings and enclosures.
BE Analytic offers a wide range of water IP testing services like IPX1, IPX2, IPX3, IPX4, IPX5, IPX6 and IPX6K as per various Industry standards.

IMMERSION TEST (IPX7 AND IPX8)

Chamber Workspace	100010001000 mm
Test Type	Water Ingress ProtectionImmersion Test

SL.No.	Specific Test Perform	Water Level	Test Method Specification against which tests are performed	Test Duration
1.	IPX7	Up to 1m	IEC 60529 ISO 20653	30 min
2.	IPX8	Deeper than 1m	IEC 60529 ISO 20653	As Per Customer Needs

Immersion tests are the types of Ingress protection (IP) testing that reduce the risk of product failure in the field by assessing the degree of protection provided against mechanical intrusion, dust, accidental contact and water into casings and enclosures.
BE Analytic offers a wide range of water IP testing services like IPX7 and IPX8 as per various Industry standards.

HIGH PRESSURE JET AND WASH TEST (IPX9K)

Chamber Workspace	720780500 mm(LBH)
Test Type	Water Ingress Protection

SL.No.	Specific Test Perform	Water Flow Rate	Water Temperature	Pressure	Rotating Speed of Table	Test Duration	Test Method Specification against which tests are performed
1.	IPX9KPowerful High Temperature Water Jets	14-16	80ºC ± 5°C Deviating temperatures may be agreed	80-100 bar	5 RPM	30 Sec/ Nozzle	IEC 60529 ISO 20653

High-Pressure Wash or IPX9K test is one of the types of Ingress protection (IP) testing that reduces the risk of product failure in the field by assessing the degree of protection provided against mechanical intrusion, dust, accidental contact and water into casings and enclosures. In this test, the product is tested with hot water of higher temperature which is sprayed onto the product surface with extreme pressure conditions to check the capability of the product stability.
BE Analytic offers a wide range of water IP testing services like IPX9K, High-pressure jet stream test and High-pressure wash test as per various Industry

WATER SPRAY TEST (IPX4K)

SL.No.	Specific Test Perform	Water Flow Rate (LPM)	Water Temperature	Water Pressure at Rain or Spray Nozzle (Gauge Pressure)	Number of Rain or Spray Nozzle	Test Duration	Test Method Specification against which tests are performed
1.	Spray Test – S1	24.5	Ordinary Temperature	0.10 Mpa	40	As Per Customer Need	JIS D 0203
2.	Spray TestS2	39.2	Ordinary Temperature	0.30MPa	40	As Per Customer Need	JIS D 0203

Water spray test or IPX4K test is one of the types of Ingress protection (IP) testing that reduces the risk of product failure in the field by assessing the degree of protection provided against mechanical intrusion, dust, accidental contact and water into casings and enclosures. In this test product is tested with water, through the holes of an oscillating tube which is sprayed onto the product surface to check the capability of the product stability.
BE Analytic offers a wide range of water IP testing services like IPX4K, Oscillating water test and JIS test as per various Industry

BUMP TEST

Maximum Acceleration	100g
Bump (Pulse) Duration	3 to 18 milli second
Bump rate control	1 to 3 Bump per second.
Payload Capacity	100 Kg

SL.No.	Specific Test Perform	Test Method Specification against which tests are performed
1.	Bump Test	JSS 55555: 2012 Rev 1 JSS 50101 JIS D1601 MIL-STD-810G

The Bump test is a vibration analysis technique that allows us to identify resonances and propose modifications in machine structures and components to alter their natural frequencies or even design dynamic vibration absorbers to attenuate resonant energy.

DROP TEST AND BENCH HANDLING TEST

Testing Height (Drop Height)	Minimum 380mm & Maximum 1800mm
Max. Dimension of Box to be tested	500500500 mm (LWH)
Max. Weight of Box to be tested	60 Kg
Base Dimension (Floor)	1200 * 900 mm

SL.No.	Specific Test Perform	Test Method Specification against which tests are performed
1	Drop Test, Transit drop test	MIL STD 810G
2	Toppling test	JSS 55555
3	Bench Handling test	MIL STD 810G

Drop test is used to evaluate how well the product design and materials will perform when it is exposed to an amount of external impact force. It is the best way to determine whether a product is suitable for use in environments where this kind of impact might happen
Drop testing our products gives us an opportunity to make alterations and modifications before our products go into the market. It means we can confidently say that this product will provide acceptable standards or protection if an accident were to happen.

COLD WATER SPRAY TEST

Chamber Workspace	1500mm x 1500mm x 1500mm
Chamber Temp Range	20ºC to 180ºC
Water Temp Range	0 to 4ºC
Humidity Range	20% TO 98% RH ±3%RH

The Ice-water test or Cold-water splash test is used to check the product performance testing in the splashed areas on vehicles such as automotive exterior instruments and parts. In the process of driving, especially when driving on wet roads in winter, the impact of frozen mud water will occur. The Cold water thermal shock test is to simulate the splash of cold water on hot systems/components through equipment.

HUMIDITY AND DAMP HEAT TEST

Chamber Workspace	750mm x 800mm x 800mm
Temperature Range	20⁰C to 125⁰C ±2⁰C
Humidity Range	30% TO 95% RH ±3%RH

SL.No.	Specific Test Perform	Test Method Specification against which tests are performed
1	Humidity Test	IEC 60068-2-78
2	Damp Heat	IEC 60068-2-30
3	Humidity test / Dew Test	MIL-STD-810F
4	Steady State Humidity test	ISO 16750-4
5	Tropical Exposure test	JSS 55555
6	Damp Heat (Cyclic), Damp Heat (Moisture Resistance)	JSS 50101

Humidity test is a type of corrosion analysis technique that helps in the determination of corrosion rates in materials. In this test, the material/product is exposed to various environmental factors (temperature and humidity) and corrosive products to study the impact of corrosion on certain industrial materials.
It is a vital part of quality control that is usually performed during product development in order to ensure the safety and quality of the products.
BE Analytic offers a range of thermal cycling test services like Humidity Test, Damp Heat, Tropical Exposure test, Dew Test, Steady state humidity test and Moisture Resistance test as per various Industry standards.

OZONE TEST

Chamber Workspace	600mm X 600mm X 600mm
Temperature Range	15⁰C to 45⁰C ±5⁰C
Humidity Range	25% TO 65% RH ±5%RH
Ozone Concentration Level	0.1 PPM to 9 PPM ±5%RH
Sensor Type	Electro-Chemical type

SL.No.	Specific Test Perform	Test Method Specification against which tests are performed
1.	Ozone Test	ASTM D 518 IS-3400 (Part-20) ASTM D 1149 ISO 1431-1 : 1989 ASTM D 1171 ASTM D 3395 ASTM D 4575 BIS, ISO, DIN, MIL

Ozone testing is a method used to determine a rubber or elastomer’s resistance to ozone degradation. The elastomer samples are placed in a special chamber that exposes them to ozone at a concentration and duration specified by a testing specification or standard.

FUNGUS TEST AND MOLD GROWTH TESTING

Testing Height (Drop Height)	Minimum 380mm & Maximum 1800mm
Max. Dimension of Box to be tested	500500500 mm (LWH)
Max. Weight of Box to be tested	60 Kg
Base Dimension (Floor)	1200 * 900 mm

SL.No.	Specific Test Perform	Test Method Specification against which tests are performed
1.	Mould Growth Test, Fungus Test	JSS 55555: 2012, MIL-STD-810G DO 160

Fungus test or Mold Growth test is used to assess the products’ ability to resist Fungus (mold) growth in elevated moisture conditions. Manufacturers can use fungus resistance testing results to guide them toward developing products that resist mold growth.

Frequently Asked Questions About Environmental Testing

Everything you need to know about environmental reliability testing services to build high reliable prodcuts.

What environmental tests do you offer?

We provide altitude testing, vibration testing, thermal cycling, thermal shock, humidity testing, salt spray corrosion testing, IP testing, ESS screening, HALT/HASS, and combined environmental testing.

Is your lab NABL accredited?

Yes, our environmental testing lab in Bangalore is NABL and DGAQA accredited per ISO/IEC 17025:2017 standards. Our test reports are recognized internationally.

What standards do you follow?

We conduct testing per MIL-STD-810, IEC 60068, ISO 16750, ASTM, SAE, EN standards, and customer-specific requirements. See detailed standards tables for each test type above.

Can you develop test plans for our products?

Yes, our reliability engineers develop comprehensive test plans based on product application, applicable standards, and failure modes of concern.

What is the cost of environmental testing?

Testing costs vary based on test type, duration, sample size, and standards. Contact us at sales@beanalytic.com or +91-80950-00439 for customized quotations.

Is your lab operational on weekends?

Our laboratory operates 24/7 for continuous testing.

Partner with Bangalore’s top environmental testing lab for comprehensive product reliability validation. Our NABL and DGAQA accredited facility provides fast, accurate testing with expert engineering support.

Get your products tested with Beanalytic

Get Your Quote +91-8095000439