A large stainless steel wire zoo mesh for aviaries, draped over tall pillars, is popular in most zoos. It provides plenty of room for birds and makes their lives more comfortable. However, bird feathers are fragile and can be easily damaged by rigid nets. Choosing the right protection netting for birds can be challenging.
Our stainless steel wire rope mesh for aviaries is a perfect solution. It will not disappoint because of its excellent features. The flexible rhombus design ensures a smooth surface, preventing birds from getting caught or injured. This mesh is made of high-quality stainless steel, ensuring a durable structure that lasts for years. Even strong bird claws won’t damage it.
Additionally, it is lightweight yet strong, capable of handling heavy winds, rain, and snow. While it costs more than traditional plastic nets, it has a lifespan of over 30 years. This means less maintenance and better cost efficiency in the long run.
Knotted Wire Rope Mesh
The function of stainless steel wire zoo mesh
- Dense joining net between aviary netting and a tall tree to prevent the bird from flying out.
- Pillar joins the aviary netting and reinforces them with cable rings.
- Large aviary netting spanning over many trees provides ample room for birds.
- Stainless steel aviary netting provides birds with a more natural living environment.
stainless steel wire zoo mesh Details:
- Cable material: stainless steel AISI 304, 304L, 316, 316L.
- Cable construction:7 × 7 or 7 × 19.
- Stainless Steel Zoo Mesh style: knotted cable mesh or ferrule type cable mesh.
- Tips: Pillars should be driven into the ground as stable as possible to support the aviary mesh efficiently.
Technical information
| Bird species |
Code |
Wire construction |
Stainless Zoo Mesh Cable |
Mesh opening size |
Average break (lbs) |
| Small birds |
AM-1 |
7 × 7 |
1/16″ |
1.6 mm |
1″ × 1.” |
25 mm × 25 mm |
480 |
| AM-2 |
7 × 7 |
3/64″ |
1.2 mm |
1″ × 1.” |
25 mm × 25 mm |
270 |
| AM-3 |
7 × 19 |
3/64″ |
1.2 mm |
0.8″ × 0.8″ |
20 mm × 20 mm |
270 |
| Eagle |
AM-4 |
7 × 7 |
3/32″ |
2.4 mm |
3″ × 3.” |
76 mm × 76 mm |
920 |
| AM-5 |
7 × 19 |
1/8″ |
3.2 mm |
3″ × 3.” |
76 mm × 76 mm |
1600 |
| Ostrich |
AM-6 |
7 × 7 |
3/32″ |
2.4 mm |
2″ × 2.” |
51 mm × 51 mm |
920 |
| AM-7 |
7 × 7 |
5/64″ |
2.4 mm |
2″ × 2.” |
51 mm × 51 mm |
920 |
| Flamingo |
AM-8 |
7 × 7 |
5/64″ |
2.0 mm |
3″ × 3.” |
76 mm × 76 mm |
676 |
| AM-9 |
7 × 7 |
5/64″ |
2.0 mm |
2.4″ × 2.4.” |
60 mm × 60 mm |
676 |
| AM-10 |
7 × 7 |
5/64″ |
2.0 mm |
2″ × 2.” |
51 mm × 51 mm |
676 |
| Parrot |
AM-11 |
7 × 7 |
5/64″ |
2.0 mm |
2″ × 2.” |
51 mm × 51 mm |
676 |
| AM-12 |
7 × 7 |
1/16″ |
2.4 mm |
2″ × 2.” |
51 mm × 51 mm |
920 |
| AM-13 |
7 × 7 |
1/16″ |
1.6 mm |
1.5″ × 1.5″ |
38 mm × 38 mm |
480 |
| AM-14 |
7 × 7 |
1/16″ |
1.6 mm |
1″ × 1.” |
25 mm × 25 mm |
480 |
| AM-15 |
7 × 7 |
3/64″ |
1.2 mm |
1″ × 1.” |
25 mm × 25 mm |
270 |
| Crane |
AM-16 |
7 × 7 |
3/32″ |
2.4 mm |
3″ × 3.” |
76 mm × 76 mm |
920 |
| AM-17 |
7 × 7 |
3/32″ |
2.4 mm |
2″ × 2.” |
51 mm × 51 mm |
920 |
| AM-18 |
7 × 7 |
5/64″ |
2.0 mm |
3″ × 3.” |
76 mm × 76 mm |
676 |
| AM-19 |
7 × 7 |
5/64″ |
2.0 mm |
2.4″ × 2.4.” |
60 mm × 60 mm |
676 |
| AM-20 |
7 × 7 |
5/64″ |
2.0 mm |
2″ × 2.” |
51 mm × 51 mm |
676 |
Applications
Stainless steel wire zoo mesh has many uses in zoos and wildlife parks. Zoos use it to enclose birds, big cats, and primates because it is strong and flexible. The mesh protects animals and gives them a safe space to live. For birds, the mesh offers a large, open area, allowing them to fly freely without damage to their wings or feathers.
Zookeepers also install it for big cats and other animals that need secure enclosures. Its strength can handle climbing and strong pushes from animals. The smooth design prevents injuries and keeps animals safe. Additionally, it is ideal for primate cages because it allows them to climb while keeping them secure.
The wire mesh is durable in all weather conditions, resisting rain, snow, and strong winds. With long-lasting quality, it works well for zoo environments, requiring little maintenance over time.
