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Miaoqiang tech
Fast heat shrink/high transparency/no bubbles/unbroken fibers fiber optic heat shrink protective #sleeve
Fast heat shrink/high transparency/no bubbles/unbroken fibers fiber optic heat shrink protective #sleeve
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Basic parameters:
Product name: #Fiber #heat #shrink #protection #sleeve
Product model: MQ-FOSP
Working temperature: -45°C~100°C
Application scope: Single-core optical fiber 900um/250um
Reinforcement rod material: Stainless steel
Heat shrink tube material: Polyolefin
Product colour: Transparent
Product features: Strong welding/waterproof/low optical signal loss
Products advantage:
Quick installation: The fast heat shrink feature enables the fiber optic protective sleeve to reach a fully shrunk state in a short time, greatly shortening the installation time and improving construction efficiency.
Reduce thermal stress: Since the heat shrink process is completed quickly, the thermal stress caused by long-term heating is reduced, which helps to protect the optical fiber from potential physical damage.
Protect the optical fiber from physical damage: The high transparency and fiber-breaking characteristics of the protective sleeve ensure the integrity of the optical fiber during the splicing and installation process, and prevent the risk of breakage due to external forces such as bending and stretching.
Easy to detect: The highly transparent protective sleeve allows the optical fiber joint to be visually checked before shrinking to ensure that the connection is correct, and it is also convenient to check the optical fiber status in subsequent maintenance.
Improve sealing: The bubble-free protective sleeve can form a tight sealing layer after shrinking, effectively preventing external factors such as moisture and dust from invading the optical fiber splicing point, and protecting the optical fiber from corrosion and pollution.
Enhance mechanical strength: The protective sleeve not only improves the mechanical strength of the optical fiber splicing point, but also resists external physical impact and tension, enhancing the overall stability of the optical fiber system.
Extended service life: By protecting the optical fiber from physical damage and external environmental influences, this protective cover can significantly extend the service life of the optical fiber, reducing system maintenance costs and replacement frequency.
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