
Anti Rodent Cable
GYXTY anti rodent fiber optic cable,optical fibers are housed in a loose tube that is made of high-modulus plastic (PBT) and with filling compound. Anti rodent fiber optic cable,the tube is armored with a layer of 10 or 12 steel wires. Then a PE sheath is extruded.
Description
Technical Parameters
our company
Features
- A layer of wrapped steel wires ensures the tensile strength of the cable, while protecting the loose tube, can play a very good role in rodent prevention.
- Good lateral compression resistance.
- Good mechanical and temperature performance.
*All above the cable size can be customized.
Environmental Characteristics
• Transport/storage temperature: -40℃ to +60℃
Delivery Length
• Standard reel length: 2km/drum or 3km/drum; other lengths are also available.
Delivery time
The delivery time for small batches of products is 7-15 days, for large batches it is 15-25 days. If there is an urgent need, please inform us in advance, and we will try our best to coordinate during production.
own brand
Pack and ship
Tips
In the context of the reversed supply-demand structure, the optical fiber and cable industry has entered a new boom cycle since the fourth quarter of 2025. The global optical fiber and cable market has shown a "price and volume synergy" trend. According to CRU statistics, in March 2026, the tax-inclusive price of G.652.D loose fibers in China was 94.2 yuan per core-kilometer. Compared with January, it increased by 165%. The price of loose fibers in the spot market has surpassed the peak of the previous cycle. The spot prices in the United States, Europe, and India have increased by 48%, 128%, and 214% respectively compared to January. We believe that the core driving force of this current optical fiber and cable boom cycle lies in the reconfiguration of the supply-demand relationship: On the demand side, the construction of AI data centers and scenarios such as unmanned aerial vehicles have led to a rapid increase in fiber consumption, while on the supply side, due to the 18-24-month expansion cycle and high operating rate constraints of the optical rod production capacity, the supply-demand gap continues to expand, and the industry is moving from recovery to full prosperity. We recommend focusing on companies with optical rod production capabilities, as they are expected to seize the opportunity for profit growth in the context of industry price hikes.
Demand side: The transition of new and old energy sources, and the fiber optic demand from AI data centers, unmanned aerial vehicles, and other special applications has shifted from being dominated by traditional telecommunications to a diversified structure of AI data centers, special applications (such as unmanned aerial vehicles), and telecommunications. We predict that global fiber optic demand in 2026/2027 is expected to reach 7.60 and 8.89 billion core-kilometers respectively, with year-on-year growth rates of 28% and 17%. The proportion of data center and unmanned aerial vehicle fiber optic and other emerging demand is expected to increase to 37% and 45% respectively, becoming the core increment. Compared with the previous cycle, we believe that this current fiber optic and cable demand has the following three core differences: 1) The core demand has shifted from connecting people and devices to connecting computing power and data; 2) The product structure has upgraded from homogeneity to specialization and high-endization; 3) North American cloud vendors have abundant capital expenditures and are more sensitive to performance and delivery timeliness, and their price increase ability and profit quality are expected to improve. Based on this, we are optimistic that the height and sustainability of this demand cycle are expected to exceed the previous one.
Supply side: The high operating rate has supported the upward movement of the price center. The industry supply has reached a boom point after the previous market clearing, according to CRU data, the global total output of optical fibers in 2025 will reach 6.52 billion core-kilometers, with a year-on-year growth rate of 13.76%, reaching a new high in recent years. We estimate that the global optical fiber supply in 2026/2027 will be 7.25/8.07 billion core-kilometers, with a year-on-year growth rate of 11%/11%. From the perspective of the market structure, Asia-Pacific and North America dominate global supply, with Chinese manufacturers accounting for about 60%, and overseas players including Corning, Kuraray, Sumitomo, Fujikura, and Prysmian. Currently, the production capacity of the leading global optical rod manufacturers is generally in a high-load operation state, with the expansion cycle of optical rod production lasting 18-24 months, and after the industry's previous price war lessons, enterprises' expansion decisions are more cautious. The rigidity constraints of the supply side prevent the industry's production capacity from responding quickly to the demand jump brought by AI computing power and unmanned aerial vehicles, thereby creating a supply-demand gap, which is expected to support the maintenance of high prices for optical rods and optical fibers.
Different viewpoints from the market: Some believe that the increase in fiber prices will trigger large-scale capacity expansion by enterprises, while we believe that the industry's new effective supply in the next two years is limited, and the boom cycle is expected to be prolonged: 1) The expansion cycle of optical rods is long, and the industry's expansion has become rational after the previous market clearing, with no large-scale new capacity expected to be implemented in the short term; 2) High-end optical fibers have structurally occupied production capacity: Mainstream manufacturers are shifting their production capacity towards AI data centers and unmanned aerial vehicle A2 products, occupying the supply of ordinary optical fibers.
Investment Recommendation: Companies with the production capacity of optical fibers are expected to have an opportunity for profit growth expansion. Leading companies have a high share of optical fiber production capacity, and the industry pattern is concentrated and in the process of optimization. This enables the leading companies to have stronger bargaining power and profit acquisition capabilities when the supply is tight. At the same time, leading companies are expected to enhance their performance growth through optimizing the export structure and increasing the proportion of high-end products. Among the second-tier manufacturers, those with the capacity to resume or expand the production of optical fibers and whose valuations are at a low level, have the dual opportunities of "performance recovery and valuation recovery" in the context of rising demand and full production by the leading companies.
Risk Warning: Risks of intensified industry competition and excessive supply; Risk of a decline in drone fiber demand due to the easing of local conflicts; Risk of a decline in the investment boom of AI computing power. The contents involving un-covered stocks in this research report are all based on the sorting of objective public information and do not represent the recommendation or coverage of the research team for that company or stock.
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Technical Characteristics
| Fiber Count | 2~24 |
| Loose Diameters | 2.0~2.8 mm |
| Loose Material | PBT(Polybutylene Terephthalate) |
| Strength Member Material | Steel wires |
| Strength Member size | 9/10/11/12 steel wires armored |
| Outer Jacket Material | PE |
| Nominal Outer Dimensions | 7.8~9.0 mm (±0.3) |
|
Tension Strength (Long-Term /Short-Term) |
600N/1500N |
|
Crush Resistance (Long-Term /Short-Term) |
300 N/100mm 1000 N/100mm |
| Minimum Bend Radius (Static / Dynamic) | 10 x OD / 20 x OD |
*All above the cable size can be customized.
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