Navaris Cardboard Bee Nesting Tubes 200 Pack — 6 inch Long x 5/16 inch Diameter for Mason Solitary Bees

Navaris Cardboard Bee Nesting Tubes for Mason Solitary Bees

Elevate your garden habitat with Navaris bee nesting tubes. This 200 pack offers 6 inch long tubes with a 5/16 inch (approximately 0.3 inch) diameter, designed to fit many insect hotel configurations. Constructed from 100 percent paper, these tubes are recyclable once they reach the end of their life. The smooth paper surfaces help solitary bees and other pollinators move in and out with ease, while a compact form keeps your nesting setup tidy. With a generous quantity and standard sizing, these tubes make it practical to refresh a bug hotel season after season and maintain a lightweight, approachable habitat for pollinators.

What makes Navaris bee tubes a practical addition

• Attract solitary bees to your insect hotel to support pollination of flowers and garden crops
• Made from recyclable paper for an eco friendly option that reduces plastic waste
• Each tube measures 6 inches long and 0.3 inches in diameter, offering nesting space without bulk
• Ideal for building a new bug hotel or replenishing an existing insect house with fresh nesting material
• One end can be closed to aid nesting and improve installation stability

How to use Navaris bee tubes

• Choose a sheltered sunny spot in your garden and secure tubes within a ready made insect hotel
• Fill the cavities by inserting tubes into the hotel and consider mixing with other nesting options
• Observe activity through the season and replace older tubes to maintain clean nesting sites

Specifications and care

The 200 tubes arrive in a compact bundle and feature smooth paper sides so insects can enter and exit easily. The material is fully recyclable, supporting a sustainable approach to habitat creation.

Enhancing your garden habitat

These tubes provide a simple way to expand nesting opportunities for mason bees and other solitary pollinators. Results can vary with weather and local conditions, but offering diverse nesting options can contribute to a thriving garden ecosystem over time.