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Leading Manufacturer, Supplier & Retailer of Bottle Leak Tester For Plastic Industry For Leak Testing, pouch air leak tester, Digital Pouch Leak Testing Machine, Vacuum Leak Tester For Flexible Packaging Leak Detection and Bubble Emission Leak Test Chamber.
The ASTM D3078 Vacuum Leak Test for Flexible Packaging is manufactured and exported by Burhani Engineering Technology. This test involves using a Leak Test Chamber specifically designed by Burhani Engineering Technology to evaluate flexible packages for leaks, following the stringent guidelines of ASTM D3078 international standards.
The objective of this text is to provide viewers with a comprehensive understanding of ASTM D3078 and its crucial role in the packaging industry. It highlights the importance of detecting leaks to ensure the integrity of the product is maintained throughout its lifecycle. The equipment required for conducting this test includes various types of plastic flexible packaging, a Vacuum Leak Test Chamber compliant with ASTM D3078 standards, and water, which is used as the liquid medium during testing.
During the testing process, two key parameters will be evaluated: the point of total failure and the occurrence of leaks at different vacuum levels. These parameters are critical in assessing the robustness and reliability of the packaging. To test the maximum vacuum level that a flexible package can withstand, the package will be subjected to gradually increasing vacuum pressures until it fails. This approach helps determine the packages durability under extreme conditions.
Conducting multiple tests is essential for obtaining more reliable results. This process allows for a thorough evaluation of the flexible packagings integrity by accounting for various potential points of failure. Once the vacuum level at which the package ultimately fails is identified, the next step is to check for leaks. Detecting leaks at this stage is crucial for understanding the packages weaknesses and areas that may require improvement.
It is recommended to subject flexible packages to different vacuum levels during testing. This ensures that all possible points of failure are identified and addressed, providing a comprehensive assessment of the packages durability. Leaks may be detected at different vacuum levels, such as -100 millibar or -200 millibar. To ensure a thorough examination, the package should be held at each vacuum level for at least 30 seconds, allowing sufficient time for any leaks to become apparent. If no leaks are detected at a given vacuum level, the vacuum should be increased to the next level, and the process should be repeated. This procedure continues until all required vacuum levels have been tested, ensuring that the package is thoroughly evaluated.
Additional Information:
Payment Terms : L/C, D/A, D/P, T/T, Western Union,
Packaging Details : Carton packing
Delivery Time : Ready In Stock
ASTM F2096 Internal Pressurization Bubble Leak Testing System Pressure Leak Test Sterile Barrier This is a Pressure Leak Test Sterile Barrier System Manufactured by Burhani Engineering Technology for ASTM F2096 Standards The ASTM F2096 Bubble Test is a destructive, qualitative method for detecting and locating leaks in non-porous, rigid, and flexible packages that contain headspace gaps. This method is widely used in the pharmaceutical sector and is referenced in the ISO 11607-1 international standards The Equipment Needed for Test 1.Various Packaging Systems 2.Sterile Barrier System 3. Pressure Generator with Injector Needle 4. Electronic Pressure Regulator Annex B ASTM F2096, along with ASTM D3078, serves as a standard test for the integrity of sterile barrier systems It is possible to perform leak tests on sealed packages, including those with a low volume of inner air, such as sachets and tray packages F2096 is used to inspect the air tightness of packaging and to pinpoint the location of any failures The ASTM F2096, also referred to as the Bubble Test, uses the principle of internal pressurization to detect leakage in packages. ASTM F2096 Method A and Method B Method B - Porous Packaging 1. In the pharmaceutical industry, porous papers are often used for packaging to facilitate sterilization without opening the package. According to Method B, a blocking agent similar to a foamy soap should be applied to the top of the package to make it airtight, allowing the technician to perform the test as prescribed in Method Method A Non - Porus Packaging Material Steps 1. Stick a rubber Patch on the package and inject needle in the package 2. Submerge the Package Inside the Sterile Barrier Chamber at least 25 mm below water level with the help of dipper plate 3. Use Digital Pressure Control valve to inject compressed air inside the patch stick on package 4. Modify and adjust the pressure air flow inside the package as per requirement 5. Carefully observe for any escaping bubbles indicating leak ASTM F2096 Internal Pressurization Bubble Leak Testing System Pressure Leak Test Sterile Barrier The Pressure Leak Test Sterile Barrier System, developed by Burhani Engineering Technology, is a crucial tool for ensuring the integrity of packaging used in various industries, particularly the pharmaceutical sector. This system adheres to ASTM F2096 standards, which are highly regarded in the industry for their effectiveness in detecting leaks in non-porous, rigid, and flexible packages. The ASTM F2096 Bubble Test, the core of this system, is a destructive, qualitative method that identifies and locates leaks in packages that contain headspace gaps, ensuring that products remain sterile and uncontaminated during storage and transportation. This method is particularly vital in the pharmaceutical sector, where the integrity of sterile barrier systems is paramount. The test is referenced in ISO 11607-1 international standards, underscoring its global recognition and applicability. The equipment required for this test includes various packaging systems, a sterile barrier system, a pressure generator with an injector needle, and an electronic pressure regulator. These components work together to create the conditions necessary for detecting leaks, ensuring that the packaging can withstand the rigors of its intended use ASTM F2096, along with ASTM D3078, serves as a standard for testing the integrity of sterile barrier systems. This is particularly important for sealed packages that contain a low volume of inner air, such as sachets and tray packages. These packages are commonly used in the pharmaceutical industry, where even the smallest leak can compromise the sterility of the product. The F2096 standard is used to inspect the airtightness of packaging, helping to pinpoint the location of any failures. This makes it an invaluable tool for quality control and assurance in industries where packaging integrity is critical The Bubble T
Additional Information:
Payment Terms : L/C, D/A, D/P, T/T, Western Union,
Packaging Details : Carton Packing
Delivery Time : Ready In Stock
The ASTM D5094 Vacuum Leak Tester by Burhani Engineering Technology is a precision-engineered testing system designed to evaluate the integrity, seal strength, and leak-proof performance of plastic bottles, rigid containers, caps, and packaging components. Built to meet the stringent requirements of ASTM D5094, this equipment ensures reliable and repeatable vacuum leak detection for quality control and R&D applications.
This tester helps manufacturers identify micro-leaks, improper sealing, material weakness, and structural failures to guarantee compliance, product safety, and extended shelf life.
Key FeaturesASTM D5094 Compliant vacuum leak testing methodology
Robust Vacuum Chamber for testing a wide range of bottles, containers & closures
High-Accuracy Vacuum Generation System with stable pressure control
Digital Touchscreen Control Panel (Optional) for automated operation
User-Adjustable Vacuum Levels & Hold Time
Transparent Chamber Lid for easy visual inspection of sample deformation or bubble formation
** corrosion-resistant stainless steel construction **
Quick-Release Sample Holder / Fixture for fast loading and unloading
Ideal for QA Labs, Packaging Units, Beverage, Pharma & FMCG Industries
PET Bottles
HDPE/PP Containers
Glass Bottles
Jar Caps, Flip-Top Caps, Screw Caps
Pharmaceutical Bottles
Food & Beverage Packaging
Chemical Storage Containers
| Testing Standard | ASTM D5094 Vacuum Leak Testing |
| Vacuum Range | 0 600 mmHg (Customizable up to 760 mmHg) |
| Vacuum Accuracy | 1% of Full Scale |
| Chamber Material | Transparent Acrylic / SS-304 |
| Chamber Dimensions | Customizable as per bottle/container size |
| Display | Digital / Optional Touchscreen HMI |
| Control System | Microprocessor / PLC-based |
| Timer Setting | 0999 sec (Adjustable) |
| Power Supply | 230 V AC, 50 Hz |
| Construction | Heavy-duty, corrosion-resistant body |
| Safety Features | Over-vacuum protection, automatic release valve |
| Accessories Included | Sample clamping fixtures, vacuum pump, hoses |
Precision-built equipment with high repeatability
Custom chamber sizes available
Durable laboratory-grade construction
Expert after-sales support & calibration services
Designed for rigorous industrial use
Additional Information:
Payment Terms : L/C, D/A, D/P, T/T, Western Union,
Packaging Details : Carton Packing
Delivery Time : Ready In Stock
The ASTM D3078 Vacuum Leak Test for Flexible Packaging is manufactured and exported by Burhani Engineering Technology. This test involves using a Leak Test Chamber specifically designed by Burhani Engineering Technology to evaluate flexible packages for leaks, following the stringent guidelines of ASTM D3078 international standards.
The objective of this text is to provide viewers with a comprehensive understanding of ASTM D3078 and its crucial role in the packaging industry. It highlights the importance of detecting leaks to ensure the integrity of the product is maintained throughout its lifecycle. The equipment required for conducting this test includes various types of plastic flexible packaging, a Vacuum Leak Test Chamber compliant with ASTM D3078 standards, and water, which is used as the liquid medium during testing.
During the testing process, two key parameters will be evaluated: the point of total failure and the occurrence of leaks at different vacuum levels. These parameters are critical in assessing the robustness and reliability of the packaging. To test the maximum vacuum level that a flexible package can withstand, the package will be subjected to gradually increasing vacuum pressures until it fails. This approach helps determine the packages durability under extreme conditions.
Conducting multiple tests is essential for obtaining more reliable results. This process allows for a thorough evaluation of the flexible packagings integrity by accounting for various potential points of failure. Once the vacuum level at which the package ultimately fails is identified, the next step is to check for leaks. Detecting leaks at this stage is crucial for understanding the packages weaknesses and areas that may require improvement.
It is recommended to subject flexible packages to different vacuum levels during testing. This ensures that all possible points of failure are identified and addressed, providing a comprehensive assessment of the packages durability. Leaks may be detected at different vacuum levels, such as -100 millibar or -200 millibar. To ensure a thorough examination, the package should be held at each vacuum level for at least 30 seconds, allowing sufficient time for any leaks to become apparent. If no leaks are detected at a given vacuum level, the vacuum should be increased to the next level, and the process should be repeated. This procedure continues until all required vacuum levels have been tested, ensuring that the package is thoroughly evaluated.
Additional Information:
Payment Terms : L/C, D/A, D/P, T/T, Western Union,
Packaging Details : Carton Packing
Delivery Time : Ready In Stock
ASTM F2096 Internal Pressurization Bubble Leak Testing System Pressure Leak Test Sterile Barrier This is a Pressure Leak Test Sterile Barrier System Manufactured by Burhani Engineering Technology for ASTM F2096 Standards The ASTM F2096 Bubble Test is a destructive, qualitative method for detecting and locating leaks in non-porous, rigid, and flexible packages that contain headspace gaps. This method is widely used in the pharmaceutical sector and is referenced in the ISO 11607-1 international standards The Equipment Needed for Test 1.Various Packaging Systems 2.Sterile Barrier System 3. Pressure Generator with Injector Needle 4. Electronic Pressure Regulator Annex B ASTM F2096, along with ASTM D3078, serves as a standard test for the integrity of sterile barrier systems It is possible to perform leak tests on sealed packages, including those with a low volume of inner air, such as sachets and tray packages F2096 is used to inspect the air tightness of packaging and to pinpoint the location of any failures The ASTM F2096, also referred to as the Bubble Test, uses the principle of internal pressurization to detect leakage in packages. ASTM F2096 Method A and Method B Method B - Porous Packaging 1. In the pharmaceutical industry, porous papers are often used for packaging to facilitate sterilization without opening the package. According to Method B, a blocking agent similar to a foamy soap should be applied to the top of the package to make it airtight, allowing the technician to perform the test as prescribed in Method Method A Non - Porus Packaging Material Steps 1. Stick a rubber Patch on the package and inject needle in the package 2. Submerge the Package Inside the Sterile Barrier Chamber at least 25 mm below water level with the help of dipper plate 3. Use Digital Pressure Control valve to inject compressed air inside the patch stick on package 4. Modify and adjust the pressure air flow inside the package as per requirement 5. Carefully observe for any escaping bubbles indicating leak ASTM F2096 Internal Pressurization Bubble Leak Testing System Pressure Leak Test Sterile Barrier The Pressure Leak Test Sterile Barrier System, developed by Burhani Engineering Technology, is a crucial tool for ensuring the integrity of packaging used in various industries, particularly the pharmaceutical sector. This system adheres to ASTM F2096 standards, which are highly regarded in the industry for their effectiveness in detecting leaks in non-porous, rigid, and flexible packages. The ASTM F2096 Bubble Test, the core of this system, is a destructive, qualitative method that identifies and locates leaks in packages that contain headspace gaps, ensuring that products remain sterile and uncontaminated during storage and transportation. This method is particularly vital in the pharmaceutical sector, where the integrity of sterile barrier systems is paramount. The test is referenced in ISO 11607-1 international standards, underscoring its global recognition and applicability. The equipment required for this test includes various packaging systems, a sterile barrier system, a pressure generator with an injector needle, and an electronic pressure regulator. These components work together to create the conditions necessary for detecting leaks, ensuring that the packaging can withstand the rigors of its intended use ASTM F2096, along with ASTM D3078, serves as a standard for testing the integrity of sterile barrier systems. This is particularly important for sealed packages that contain a low volume of inner air, such as sachets and tray packages. These packages are commonly used in the pharmaceutical industry, where even the smallest leak can compromise the sterility of the product. The F2096 standard is used to inspect the airtightness of packaging, helping to pinpoint the location of any failures. This makes it an invaluable tool for quality control and assurance in industries where packaging integrity is critical The Bubble T
Additional Information:
Payment Terms : L/C, D/A, D/P, T/T, Western Union,
Packaging Details : Carton Packing
Delivery Time : Ready In Stock
ASTM D5094 Vacuum Leak Tester For Bottles, Containers & Caps Manufactured by Burhani Engineering Technology
The ASTM D5094 Vacuum Leak Tester by Burhani Engineering Technology is a precision-engineered testing system designed to evaluate the integrity, seal strength, and leak-proof performance of plastic bottles, rigid containers, caps, and packaging components. Built to meet the stringent requirements of ASTM D5094, this equipment ensures reliable and repeatable vacuum leak detection for quality control and R&D applications.
This tester helps manufacturers identify micro-leaks, improper sealing, material weakness, and structural failures to guarantee compliance, product safety, and extended shelf life.
Key Features
ASTM D5094 Compliant vacuum leak testing methodology
Robust Vacuum Chamber for testing a wide range of bottles, containers & closures
High-Accuracy Vacuum Generation System with stable pressure control
Digital Touchscreen Control Panel (Optional) for automated operation
User-Adjustable Vacuum Levels & Hold Time
Transparent Chamber Lid for easy visual inspection of sample deformation or bubble formation
** corrosion-resistant stainless steel construction **
Quick-Release Sample Holder / Fixture for fast loading and unloading
Ideal for QA Labs, Packaging Units, Beverage, Pharma & FMCG Industries
Applications
PET Bottles
HDPE/PP Containers
Glass Bottles
Jar Caps, Flip-Top Caps, Screw Caps
Pharmaceutical Bottles
Food & Beverage Packaging
Chemical Storage Containers
Technical Specifications
| Testing Standard | ASTM D5094 Vacuum Leak Testing |
| Vacuum Range | 0 600 mmHg (Customizable up to 760 mmHg) |
| Vacuum Accuracy | 1% of Full Scale |
| Chamber Material | Transparent Acrylic / SS-304 |
| Chamber Dimensions | Customizable as per bottle/container size |
| Display | Digital / Optional Touchscreen HMI |
| Control System | Microprocessor / PLC-based |
| Timer Setting | 0999 sec (Adjustable) |
| Power Supply | 230 V AC, 50 Hz |
| Construction | Heavy-duty, corrosion-resistant body |
| Safety Features | Over-vacuum protection, automatic release valve |
| Accessories Included | Sample clamping fixtures, vacuum pump, hoses |
Why Choose Burhani Engineering Technology?
Precision-built equipment with high repeatability
Custom chamber sizes available
Durable laboratory-grade construction
Expert after-sales support & calibration services
Designed for rigorous industrial use
Additional Information:
Payment Terms : L/C, D/A, D/P, T/T, Western Union,
Packaging Details : Carton Packing
Delivery Time : Ready In Stock
ASTM D4991 Vacuum Leak Tester For Rigid Bottles, Containers & Caps Manufactured by Burhani Engineering Technology
The ASTM D4991 Vacuum Leak Tester by Burhani Engineering Technology is a precision-engineered instrument designed to evaluate the seal integrity, closure performance, and leak resistance of rigid containers, plastic bottles, jars, and caps.
Following the standardized procedure of ASTM D4991, this system identifies closure failures, micro-leaks, cap-backoff issues, and structural weaknesses under controlled vacuum conditions.
Ideal for beverage, pharmaceutical, chemical, cosmetic, agrochemical, and food-packaging industries, this tester provides accurate, repeatable, and reliable results required for quality control and packaging validation.
Key Features
Compliant with ASTM D4991 Vacuum Leak Testing for Rigid Containers
Heavy-duty vacuum chamber suitable for PET, HDPE, PP & glass containers
Transparent acrylic lid for visual monitoring
Adjustable vacuum level & hold time
Digital or Touchscreen Controller (Optional)
High-precision vacuum pump for fast evacuation
Corrosion-resistant SS-304 body construction
Quick-clamp lid mechanism for easy loading
Low maintenance and long operational life
Suitable for bottles, jars, rigid containers & caps
Applications
Rigid PET / HDPE Bottles
Chemical & Agrochemical Containers
Cosmetic Jars & Caps
Food & Beverage Bottles
Pharma Bottles & Closures
Household & Industrial Bottling
Technical Specifications
| Testing Standard | ASTM D4991 Vacuum Leak Test for Rigid Containers |
| Vacuum Range | 0 600 mmHg (Customizable up to 760 mmHg) |
| Vacuum Accuracy | 1% of Full Scale |
| Vacuum Hold Time | 0999 sec (Adjustable) |
| Control Interface | Digital / PLC Touchscreen (Optional) |
| Chamber Material | Acrylic Lid + SS-304 Chamber |
| Chamber Size Options | 300300300 mm / 400300350 mm / Custom sizes |
| Sealing Mechanism | High-strength Silicone Gasket |
| Pressure Release | Automatic Vacuum Release Valve |
| Power Supply | 230 V AC, 50 Hz |
| Power Consumption | 150300 W (model dependent) |
| Body Construction | Stainless Steel 304 Heavy-Duty Fabrication |
| Included Accessories | Vacuum pump, sample holder, hoses |
Benefits of Burhani Engineering Technology
Highly durable, industry-grade build
Custom chamber sizes available
Easy to operate & calibrate
Accurate, repeatable test results
Excellent after-sales support and service
Additional Information:
Payment Terms : L/C, D/A, D/P, T/T, Western Union,
Packaging Details : Carton Packing
Delivery Time : Ready In Stock
The ASTM D3078 Vacuum Leak Test for Flexible Packaging is manufactured and exported by Burhani Engineering Technology. This test involves using a Leak Test Chamber specifically designed by Burhani Engineering Technology to evaluate flexible packages for leaks, following the stringent guidelines of ASTM D3078 international standards.
The objective of this text is to provide viewers with a comprehensive understanding of ASTM D3078 and its crucial role in the packaging industry. It highlights the importance of detecting leaks to ensure the integrity of the product is maintained throughout its lifecycle. The equipment required for conducting this test includes various types of plastic flexible packaging, a Vacuum Leak Test Chamber compliant with ASTM D3078 standards, and water, which is used as the liquid medium during testing.
During the testing process, two key parameters will be evaluated: the point of total failure and the occurrence of leaks at different vacuum levels. These parameters are critical in assessing the robustness and reliability of the packaging. To test the maximum vacuum level that a flexible package can withstand, the package will be subjected to gradually increasing vacuum pressures until it fails. This approach helps determine the packages durability under extreme conditions.
Conducting multiple tests is essential for obtaining more reliable results. This process allows for a thorough evaluation of the flexible packagings integrity by accounting for various potential points of failure. Once the vacuum level at which the package ultimately fails is identified, the next step is to check for leaks. Detecting leaks at this stage is crucial for understanding the packages weaknesses and areas that may require improvement.
It is recommended to subject flexible packages to different vacuum levels during testing. This ensures that all possible points of failure are identified and addressed, providing a comprehensive assessment of the packages durability. Leaks may be detected at different vacuum levels, such as -100 millibar or -200 millibar. To ensure a thorough examination, the package should be held at each vacuum level for at least 30 seconds, allowing sufficient time for any leaks to become apparent. If no leaks are detected at a given vacuum level, the vacuum should be increased to the next level, and the process should be repeated. This procedure continues until all required vacuum levels have been tested, ensuring that the package is thoroughly evaluated.
Additional Information:
Payment Terms : L/C, D/A, D/P, T/T, Western Union,
Packaging Details : Carton Packing
Delivery Time : Ready In Stock
Bubble Leak Testing Method using an acrylic vacuum chamber A bubble emission leak test chamber is a specialized apparatus designed to detect and locate leaks or defects in a wide range of products and materials. This comprehensive guide will provide insight into the principles, applications, benefits, and considerations associated with bubble emission leak test chambers.Introduction to Bubble Emission Leak Test Chambers:The integrity and safety of various products, from industrial components to consumer goods, depend on their ability to contain fluids or gases without leaks. A bubble emission leak test chamber serves as a critical quality control tool, allowing manufacturers to identify and rectify defects before products reach the market.Principles of Bubble Emission Leak Testing:The underlying principle of bubble emission leak testing is based on the behavior of gases escaping from a leak site when subjected to a submerged liquid. When a product with an internal leak is placed underwater, the gas escaping from the leak forms visible bubbles, providing a clear visual indication of the defect's location. Bubble Emission Testing or Bubble Leak Test method is a procedure to detect leaks visually by immersing the test specimen in water. Burhani Engineering Technology is manufacturer of acrylic vacuum box leak testing device. We will discuss advantage and disadvantage of vacuum bubble leak emission test procedure and internal pressurization vacuum chamber. There are Two testing Methods which are commonly used in bubble leak testing methodologies adopted for bubble emission detection. These are : A. ASTM D 3078: Standard Test Method for Determination of Leaks in Flexible Packaging by Bubble Emission B. ASTM F 2096: Standard Test Method for Detecting Gross Leaks in Packaging by Internal Pressurization (Bubble Test) Product Catogories Internal Pressurization Bubble Testing System for ASTM F2096 ASTM F2096 Bubble Leak Test Machine What is a Bubble Leak Test Equipment ? Bubble testing is the least expensive and simplest method of assessing and detecting leaks. A differential pressure is created across the package with water chamber at lower pressure side and air on the high pressure side. Integrity Testing utilizing a Vacuum Chamber (ASTM D3078) Bubble Leak Testing using an acrylic vacuum chamber - It is also known as submersion leak test, bubble emission leak test, under water leak test and dunking test. This a a methodology to detect and locate leaks in the specimen through bubble emission. Vacuum ASTM D3078 and Pressurized ASTMF2096 are the two ways to perform bubble emission leak test . The Burhani Engineering Technology bubble leak test equipment is an acrylic vacuum chamber which is transparent and enables full view of the interior during testing. The acrylic chamber is used with vacuum pump which can pull 30 inch Hg. Burhani Engineering Technology can also supply vacuum Chamber with Venturi pump. This can be used with pressurized air setup or a compressor. This venturi pump converts pressurized air into vacuum. Integrity Testing utilizing an Internal Pressurization System (ASTM F2096) The pressurized ASTMF2096 method is when the specimen is pressurized above the atmospheric pressure, based on the altitude of the test, the gauge pressure can be set to the required pressure value. The specimen is pressurized through feed tubes connected to a compressor during bubble leak test. There is a better leak detection due to pressurized air present inside the test specimen. But this is a time consuming and complex process. Also all test specimen get damaged due internal pressure and burst. While the vacuum test Method ASTMS3078 is the simplest and quick process. When a leak is detected in the test specimen, the air will start to flow from high pressure to lower pressure region . This is the reason the submerged part will emit air bubbles, which can be detected visually. A hole size of 0.001 inch or 0.025 mm.
Additional Information:
Payment Terms : L/C, D/A, D/P, T/T, Western Union,
Packaging Details : Customized Packing
Delivery Time : Ready In Stock
Huzaifa Ujjain (Burhani Engineering Technology)
137 ,Linghi Chetty Street, Mukunalla Muthu Corner, Parrys, High court, Chennai - 600001, India., Broadway, Tamil Nadu
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