What is Laboratory Structured Packing?
Laboratory structured packing is a specialized type of packing material used in small-scale distillation and absorption experiments conducted in laboratory settings. It's designed to replicate the performance of industrial-scale structured packing but on a smaller scale. Typically made from materials like metal or plastic, laboratory structured packing allows researchers and engineers to study separation processes, optimize conditions, and test new designs in a controlled environment before implementation on a larger scale.
Lab Structured packing is offered for R&D trials and pilot unit distillation. This is very efficient with a very low-pressure drop, low liquid load and higher surface area. It can be used for high vacuums up to 2 mbar. It is used laboratory columns from 20 to 110 mm in diameter. It is made from structured glass packing (borosilicate glass) specially designed for maximum absorption.
Series :
- AMBPAK - Lab 10, AMBPAK - Lab 20
Material of Construction :
- Stainless steel or any Metal/Alloy according to customer request
Application :
- Can be used for High vacuum to 2 mbar
Key Characteristics :
- NTSM : 20 - 40
- Diameter : 25 - 100 mm
Global Export of Laboratory Structured Packing
Ambani Metals is a globally trusted manufacturer and exporter of Laboratory Structured Packing, specially designed for pilot plants, R&D facilities, and small-scale distillation columns. Engineered for high efficiency and accurate vapor-liquid equilibrium, our lab-scale packing is ideal for testing separation behavior before full-scale process implementation.
Crafted with fine corrugated metal or wire gauze sheets, our laboratory structured packing ensures excellent wetting, capillary action, and minimal pressure drop, making it perfect for sensitive compounds and experimental work. Available in a variety of materials such as SS 304, SS 316L, Monel, Inconel, and other alloys, these packings are custom-tailored for miniature column diameters ranging from 20 mm to 150 mm and beyond.
Ambani Metals exports laboratory structured packing to advanced research facilities, universities, and process design firms in over 40 countries. We offer precision manufacturing, full QA/QC documentation, and secure international shipping tailored to pilot-scale systems.
- Middle East: Bahrain, Egypt, Israel, Jordan, Kuwait, Lebanon, Oman, Qatar, Saudi Arabia, and the United Arab Emirates
- Africa: Morocco, Tunisia, Ghana, Nigeria, Senegal, Kenya, Mauritius, Rwanda, Tanzania, Uganda, Zambia, Botswana, Eswatini, Lesotho, Namibia, and South Africa
- Europe: Germany, United Kingdom, France, Italy, Netherlands, Spain, Belgium, Poland, Czech Republic, Sweden, Denmark, Finland, Portugal, Hungary, Slovakia, Slovenia, Romania, and Austria
- Asia: Japan, South Korea, Singapore, Malaysia, Vietnam, Indonesia, Thailand, Philippines, Bangladesh, Sri Lanka, and Nepal
- Pan-Pacific Countries: United States, Canada, Mexico, Brazil, Chile, Colombia, Peru, Panama, Australia, and New Zealand
Why Choose Ambani Metals?
- Trusted partner for pilot plant engineers and lab researchers
- Precise construction for reproducible experimental results
- Available in miniature packing sizes and custom densities
- Export-ready with technical drawings and global documentation
When accuracy, reproducibility, and process insight matter most, choose Ambani Metals’ Laboratory Structured Packing, your reliable partner for pilot-scale success and global export.
FAQs
Laboratory structured packing is a type of packing material specifically designed for small-scale distillation and absorption experiments conducted in laboratory settings.
Laboratory structured packing is typically smaller in size and scale compared to industrial-scale packing. It's designed to replicate the performance of larger packing materials in a laboratory environment.
Laboratory structured packing allows researchers and engineers to conduct small-scale experiments to optimize separation processes, study mass transfer phenomena, and evaluate different packing configurations and operating conditions in a controlled environment.
Laboratory structured packing is commonly used in research and development laboratories, educational institutions, and pilot plants where small-scale experiments are conducted to understand the behavior of separation processes before scaling up to industrial production.