Eagle Owl Enclosure Design
Cheetah Woven Mesh Fencing
2020-01-08
Mesh for Lemur Enclosure
2020-01-22Eagle Owl Enclosure Design
Stainless steel wire rope mesh for the eagle owl enclosure design: why and how?
For eagle owl enclosure design, we recommend you Hengyi stainless steel woven mesh for you.
Since its establishment in 2005, Hengyi Metal Ecological Mesh-The factory of stainless steel wire mesh has been committed to the safety research of birdhouses and aviary mesh. We have researched and produced stainless steel woven mesh, also called stainless steel wire rope mesh. In zoos, botanical gardens, bird sanctuaries, and other domestic and foreign fields. It has played a very good role in the safe isolation and protection of birds.
The eagle owl enclosure design using the Hengyi stainless steel woven net in zoos or bird park always keeps two principles in mind:
- Meet the requirements of birdlife health and natural habits. (birds zoo animals generally divided into collection type, special type, and regional).
- Grasp the demand of tourists, as far as possible let visitors close to watch animals.
From the principle above, we can know that the construction of bird parks and flying aviaries or walk-in aviaries is a secretive and safe place. This requires not only ensure that birds do not leave the birdhouse area; but also cannot allow outside animals and accidental factors to harm birds.
The stainless steel wire rope net produced by Hengyi Metal Mesh Factory has a uniform mesh, a good view, and integration with nature. It can provide a comfortable environment for the natural life of birds.
Stainless steel rope nets are used as birdcages, aviary nets can also resist severe weather. It can be used for a long time, and have high tensile strength. It is very suitable for various birds, such as parrots. Therefore, the design of bird parks on stainless steel rope nets must fully understand birdlife, geography, ecology, tourists, and breeders and so on. Ensure the safety of bird comfort.
Contact us: [email protected]
Related Articles:
