Plankton net, 50 μm mesh size
Original price was: ৳ 19,500.৳ 18,500Current price is: ৳ 18,500.
Plankton net with 50 µm mesh size designed for fine plankton sampling and aquatic research work.
The Plankton Net with 50 µm mesh size is a precision sampling tool used for collecting fine plankton from water bodies. It is suitable for laboratory analysis, environmental monitoring, and academic research where accurate separation of small plankton organisms is required.
This plankton net is designed to capture micro-plankton while allowing water to pass through efficiently. The 50 micrometer mesh size supports high-resolution sampling and helps researchers obtain reliable samples for qualitative and quantitative analysis. It is commonly used in freshwater and marine studies, including ponds, rivers, lakes, and coastal waters.
The net is manufactured using durable synthetic mesh material that maintains its structure during repeated use in water. The fine mesh resists tearing while ensuring consistent filtration performance. Proper stitching and secure attachment to the net frame help maintain sample integrity during collection and retrieval.
Researchers and technicians use this plankton net in fisheries research, environmental assessments, water quality studies, and biological surveys. It supports controlled sampling methods and helps ensure repeatable results across different sampling locations. The design allows smooth towing or vertical sampling depending on study requirements.
The plankton net is easy to handle and clean after use. Rinsing with clean water helps prevent sample contamination and prolongs mesh life. When stored properly in dry conditions, the net maintains its performance over extended periods of field and laboratory work.
RTC Dhaka supplies plankton nets with 50 µm mesh size to laboratories, research institutions, universities, and environmental monitoring organizations across Bangladesh. This product meets practical research needs and supports accurate plankton sampling in professional settings.
For best results, users should select appropriate sampling techniques and avoid excessive force during towing or lifting. Correct use helps protect the mesh structure and ensures dependable sample collection during aquatic research activities.










