Beekeeping wire mesh

Beekeeping wire mesh is utilized in constructing varroa floors for bee hives. Monitoring varroasis using metallic mesh is simple yet effective. Wire meshes are laid at the bottom of the hive to enable precise monitoring of mite fall, significantly aiding in the detection of varroa infestations in bee colonies. We offer several types of beekeeping meshes: stainless steel wire mesh with a mesh size of 3.15 x 3.15 mm and wire thickness of 0.8 mm, and galvanized wire mesh with identical mesh dimensions. Both types of meshes have a width of 1 meter.

Expanded metal aluminium 0,42/10 mExpanded metal aluminium 0,42/10 m
Expanded metal aluminium 0,5/10 mExpanded metal aluminium 0,5/10 m
Expanded metal galvanized 0,42/10 mExpanded metal galvanized 0,42/10 m
13,99 €

Availability: in stock
Expanded metal galvanized 0,5/10 mExpanded metal galvanized 0,5/10 m
16,04 €

Availability: in stock
Expanded metal stainless steel 0,42/10 mExpanded metal stainless steel 0,42/10 m
41,36 €

Availability: in stock
Expanded metal stainless steel 0,5/10 mExpanded metal stainless steel 0,5/10 m
44,24 €

Availability: in stock
Beekeeping mesh - Expanded metal galvanized 3/0.6 - width 42 cm - roll 10 mBeekeeping mesh - Expanded metal galvanized 3/0.6 - width 42 cm - roll 10 m
Stainless steel (304) wire mesh 3,15/0,8 - roll 10 mStainless steel (304) wire mesh 3,15/0,8 - roll 10 m
Stainless steel (201) wire mesh 3,15/0,8 - 1 mStainless steel (201) wire mesh 3,15/0,8 - 1 m
16,26 €

Availability: in stock
Stainless steel (201) wire mesh 3,15/0,8 - roll 10 mStainless steel (201) wire mesh 3,15/0,8 - roll 10 m
146,10 €

Availability: in stock
Stainless steel (304) wire mesh 3,15/0,8 - 1 mStainless steel (304) wire mesh 3,15/0,8 - 1 m
Galvanize wire mesh 3,15/0,8 - roll 10 mGalvanize wire mesh 3,15/0,8 - roll 10 m
80,62 €

Availability: in stock
Galvanize wire mesh 3,15/0,8 - 1 mGalvanize wire mesh 3,15/0,8 - 1 m
10,49 €

Availability: in stock
Coarse mesh15x15 - 1mCoarse mesh15x15 - 1m
1,89 €

Availability: in stock
Fine mesh - 5x5 - 1mFine mesh - 5x5 - 1m
2,21 €

Availability: in stock

Beekeeping Wire Mesh for Varroa Bottom Boards

In our assortment, you will find an extensive selection of specialized beekeeper wire mesh essential for producing varroa bottom boards. This unique wire mesh plays a critical role in monitoring varroa mites in bee colonies, making it a necessity for contemporary beekeeping practices.

Benefits and Use of Beekeeping Wire Mesh

Varroa Mite Monitoring

Beekeeping wire mesh is predominantly used in constructing varroa bottom boards integrated within bee hives. These bottom boards utilize metal meshes placed at their base, allowing fallen mites to pass easily through. Such mesh simplifies mite-drop monitoring considerably and eliminates the need for intrusive hive inspections.

High-Quality Materials

We provide diverse types of beekeeping wire nets, including robust galvanized and stainless steel mesh, carefully selected to offer resistance and long-term durability. With standard mesh dimensions of 3.15 x 3.15 mm and a wire thickness of 0.8 mm, these meshes deliver excellent functionality and ease of handling.

Versatile Applications

Apart from varroa bottom board production, this wire mesh can also be efficiently used for migratory hive floors and specialized super structures, tailored according to the beekeeper's preferences. Its adaptability allows for usage in various hive configurations, enhancing stability and facilitating adequate internal ventilation.

Quality and Reliability

Tested thoroughly by numerous beekeepers throughout Europe, our beekeeping mesh consistently meets highest standards for quality and durability. Its sturdy wire construction fosters a safe environment for bees and safeguards the hive against pest intrusion.

Various Mesh Options

Select from a range of types tailored to your specific beekeeping requirements:

  • Galvanized Mesh: Ideal for varroa bottom board construction.
  • Stainless Steel Mesh: Suitable both for bottom boards and treatments involving acids.
  • Fully Plastic Mesh: Also excellent for mite monitoring within wooden hive bottoms.

Beekeeping wire mesh remains an indispensable tool in modern apiculture, instrumental in maintaining bee health and productivity. Choose from our wide range of products not only to improve your beekeeping efficacy but also to benefit from superior materials, specifically designed for professional and hobbyist use.

Moreover, beekeeper mesh is a crucial material when harvesting valuable bee products such as propolis and pollen, while simultaneously promoting hive health through mite monitoring and ensuring optimal ventilation.

What is Beekeeping Wire Mesh?

Beekeeper wire mesh is a specially woven structure available in various materials, including plastic, stainless steel, and galvanized wire. Differences in mesh size, strength, and intended use allow precise customization according to individual hive management strategies.

Our Extensive Selection of Beekeeping Meshes

In our online store, you’ll discover a comprehensive variety of beekeeping meshes suitable for numerous tasks. Whether aiding mite inspections or effectively collecting pollen, we guarantee top-quality products able to withstand extensive use. Galvanized and stainless steel meshes offer remarkable durability and resistance to damage, while plastic meshes ensure ease of handling and lightweight operation. All our meshes are specifically designed to seamlessly fit nearly all hive types.

Recommended Varieties of Beekeeping Mesh

  • Hygienic Mesh for Varroa Mite Monitoring: These meshes integrate comfortably into hive floors, enabling efficient parasite monitoring.
  • Woven Mesh for Pollen Collection: Galvanized or stainless steel woven mesh ensures longevity, durability, and effective pollen harvesting.
  • Expanded Mesh for Queen Isolators: Aluminum expanded meshes allow production of highly effective queen isolators.
  • Mesh for Propolis Collection: Plastic grills simplify propolis collection, making separation even easier after freezing, thus increasing harvesting efficiency.