475 um Mesh Sieves Stackable Micron mesh Plankton Collectors. Copepod Sieve.
Prevent abrasion of delicate copepods and rotifers with fabric mesh instead of metal mesh. Stackable sieves available in all micron mesh sizes.
475 um Mesh Sieves Stackable Micron mesh Plankton Collectors. Copepod Sieve.
Item #: 40908149

475 um Mesh Sieves Stackable Micron mesh Plankton Collectors. Copepod Sieve.

Item #: 40908149

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Prevent abrasion of delicate copepods and rotifers with fabric mesh instead of metal mesh. Stackable sieves available in all micron mesh sizes.
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What Stands Out

Micron Precision
These 475 µm mesh sieves provide precision filtration, effectively capturing copepods and plankton while allowing a range of water samples to pass, ensuring high-quality research and reliable results.
Stackable Design
The stackable feature enhances convenience, saving storage space while allowing easy transportation and accessibility, making it ideal for field researchers and aquatic studies.
Durable Material
Constructed from robust materials, these sieves are built to withstand repeated use in various conditions, ensuring longevity and excellent value for researchers dedicated to aquatic studies.

Product Details

Purchase high-quality stackable micron mesh sieves for aquaculture nursery farms. Perfect for culturing rotifers, copepods, plankton, and brine shrimp. Shop now. Shop at Ubuy The Bahamas
Item Weight1.5 lbs (680 grams)

Who Should Buy?

Suitable For
  • Marine Biologists

    Ideal for marine biologists studying plankton and copepod populations in various aquatic environments using precise mesh sizes.

  • Aquarium Enthusiasts

    Perfect for enthusiasts creating suitable environments for fish that require live copepod feed, enhancing aquatic biodiversity.

  • Educational Use

    Useful for schools and educational programs to teach students about plankton and aquatic ecosystems through hands-on learning.

Not Suitable For
  • Large Scale Operations

    Not suitable for large commercial operations needing high throughput as stacking may limit processing efficiency.

  • Heavy Soil Collection

    Incompatible for users looking to collect heavy sediment samples, as the mesh is primarily designed for fine filtering.

  • Non-Aquatic Research

    Not useful for researchers focused on terrestrial or non-aquatic organisms due to specific design for aquatic plankton.

Product Description

475 um Mesh Sieves Stackable Micron mesh Plankton Collectors. Copepod Sieve.

About This Item

Introducing the AQUACULTURE NURSERY FARMS 475 um Mesh Sieves Stackable Micron Mesh Plankton Collectors - the perfect companion for your aquaculture nursery farm. Are you in search of a reliable and efficient solution for culturing rotifers, copepods, plankton, and brine shrimp? Look no further! Our stackable micron mesh fabric sieves have been designed to meet the needs of aquaculture enthusiasts like you. With a diameter of 4 inches, these sieves are the ideal size for capturing and collecting the smallest organisms in your nursery farm.

The 475 um mesh size ensures that you can effectively separate your target species from other debris, allowing for a pristine and controlled environment for growth. But why choose our 475 um mesh sieves over other options? We understand that finding the right equipment for your aquaculture venture can be overwhelming, which is why we've taken the time to develop a product that delivers on both performance and convenience. Firstly, our sieves are stackable, providing you with flexibility and space-saving options. You can easily stack multiple sieves together, allowing for efficient use of your precious nursery space.

This feature is especially beneficial when you need to separate different species and maintain individual cultures. Additionally, our micron mesh plankton collectors are designed specifically for copepod collection. Copepods are an essential component of any thriving aquaculture system, and our sieve makes capturing them a breeze. Simply pour your water sample into the sieve, and watch as the copepods are effectively separated, ready for use in feeding your other aquatic organisms. When it comes to choosing the right equipment for your aquaculture nursery farm, quality matters.

Our sieves are made from durable materials, ensuring their longevity and reliability. We understand that maintaining a clean and sterile environment is crucial in aquaculture, which is why our sieves are easy to clean and sterilize. This saves you time and effort, allowing you to focus on the growth of your precious organisms. At Ubuy, we pride ourselves on offering the best products in the market.

Our aquaculture nursery farm equipment is sourced from reputable brands that meet the highest quality standards. We understand the unique challenges you face in aquaculture, and our team of experts is here to support you every step of the way. So why wait? Take your aquaculture nursery farm to the next level with the AQUACULTURE NURSERY FARMS 475 um Mesh Sieves Stackable Micron Mesh Plankton Collectors. Order now and experience the difference for yourself!.

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Customer Questions & Answers

  • Question: What is the purpose of the 475 um mesh sieves?

    Answer: The 475 um mesh sieves are designed to efficiently collect plankton, especially copepods, in aquatic research. By utilizing this specific mesh size, scientists can effectively separate different sizes of plankton from water samples, allowing for accurate studies and population assessments. These sieves are particularly useful in marine biology, aquaculture, and environmental monitoring, enabling researchers to gather essential data for various aquatic ecosystems.
  • Question: How do you use the 475 um mesh sieve?

    Answer: Using the 475 um mesh sieve is straightforward. Simply immerse the sieve in the water body where plankton collection is needed and allow it to collect water samples. After collection, you can rinse the sieve gently with fresh water to remove excess debris. This method is commonly adapted in field studies to monitor plankton populations, ensuring that researchers can obtain clean and viable samples for further analysis.
  • Question: What materials are the 475 um mesh sieves made from?

    Answer: These mesh sieves are typically constructed from durable plastic or stainless steel frames, combined with high-quality nylon mesh. The nylon mesh is resistant to corrosion and can withstand various environmental conditions, making it ideal for both freshwater and marine applications. This durability allows researchers to use the sieves multiple times without degradation, ensuring reliable performance during studies.
  • Question: Are the sieves stackable for storage?

    Answer: Yes, the 475 um mesh sieves are designed to be stackable, allowing for efficient storage when not in use. This feature is particularly beneficial for researchers with limited storage space or those who need to transport their equipment frequently. By stacking these sieves, you can maintain organization and ensure easy access during field studies or laboratory work.
  • Question: Can I use these sieves for other aquatic organisms aside from copepods?

    Answer: Absolutely! The 475 um mesh sieves are versatile tools that can be used to collect a wide range of aquatic organisms, including various types of zooplankton and phytoplankton. This makes them ideal for diverse research purposes and studies in different aquatic environments, enhancing your ability to explore and understand ecosystems. Researchers often use them to assess biodiversity in ponds, rivers, and coastal areas.
  • Question: How do I clean and maintain the sieves?

    Answer: Cleaning the 475 um mesh sieves is essential for maintaining their effectiveness. After use, gently rinse the sieves with freshwater to remove any debris or plankton. Avoid harsh chemicals to prevent damaging the mesh. For deeper cleaning, soak the sieves in a mild detergent solution, followed by thorough rinsing. Proper maintenance prolongs the lifespan of the sieves and ensures consistent performance in future research.
  • Question: What is the significance of the micron mesh size?

    Answer: The micron mesh size of 475 um plays a crucial role in targeting specific plankton sizes. Plankton vary significantly in size, and this mesh effectively captures copepods while allowing smaller organisms to pass through. Understanding this size range allows researchers to focus their studies on particular species or developmental stages, which is vital for ecological research and management strategies in aquatic environments.
  • Question: Is the sieve suitable for educational purposes?

    Answer: Yes, the 475 um mesh sieve is well-suited for educational purposes, particularly in biology and environmental science programs. It provides students with hands-on experience in collecting and analyzing plankton, thereby enhancing their understanding of aquatic ecosystems. Many educational institutions employ these sieves in field trips, allowing students to engage in real-world ecological studies and develop research skills early in their academics.
  • Question: Where can I buy 475 um mesh sieves stackable micron mesh plankton collectors in The Bahamas?

    Answer: You can purchase the 475 um mesh sieves stackable micron mesh plankton collectors from Ubuy in The Bahamas. Ubuy offers a wide selection of scientific equipment, ensuring you can find the right tools for your aquatic research needs. With their efficient service and reliable products, Ubuy is an excellent choice for acquiring these essential research instruments.
  • Question: What are the typical dimensions of the sieve?

    Answer: The typical dimensions of a 475 um mesh sieve can vary, but most are designed to be compact and practical for fieldwork. They generally range between 10 to 15 inches in diameter, which allows easy handling while still offering sufficient surface area for effective plankton collection. Such dimensions make them portable and convenient for both field and laboratory applications, accommodating various research scenarios.

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