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🔬 Material Innovation & Structural Design
The “All-Plastic” designation refers to the high-tenacity polymer internal frame. This design reflects modern engineering trends focused on material efficiency and environmental resistance.
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Non-Conductive Dielectric Build: By utilizing a 100% polymer retention system, these connectors are inherently safe for use in areas with high electromagnetic interference (EMI) or near power delivery systems, ensuring zero electrical conductivity along the fiber path.
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Corrosion-Proof Longevity: Unlike metal-based components that may oxidize in humid or “hot-aisle” data center environments, the engineering-grade plastics remain inert, ensuring the latching mechanism never becomes brittle or stuck.
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Thermal Matching Technology: The internal frame is molded from a thermoplastic with a thermal expansion coefficient that closely matches the zirconia ferrule, maintaining Ultra Fiziksel Temas (UPC) stability during temperature spikes within active equipment racks.
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Optimized 2.0/3.0mm Crimp Zone: The plastic internal body features a textured surface area that, when compressed with the metal crimp sleeve, creates a high-friction lock on the Aramid yarn (Kevlar), providing a pull-strength of ≥100N.
📡 Strategic Application Scenarios
The SC UPC Multimode All-Plastic series excels in diverse network architectures:
1. High-Speed 10G/40G Data Centers
In OM3 and OM4 10Gbps environments, insertion loss is the primary enemy. Our connectors utilize premium Zirconia Ceramic Ferrules with a slightly wider bore (127µm) specifically for multimode fiber, ensuring that the light-carrying core is perfectly aligned to minimize modal dispersion.
2. Enterprise Backbone & Horizontal Cabling
The lightweight nature of these connectors makes them ideal for large-scale office rollouts. They reduce the total mechanical load on ODFs and patch panels, preventing long-term “port-sag” that can occur in racks holding thousands of connections.
3. Industrial Automation & Medical Imaging
In environments requiring electrical isolation—such as medical MRI suites or industrial PLC control cabinets—the non-metallic internal structure of the All-Plastic SC connector provides an extra layer of safety and signal purity.
📈 Technical Performance Benchmarks
| Performance Metric | Specification Level | Operasyonel Avantaj |
| Fiber Uyumluluğu | Multimode 50/125µm or 62.5/125µm | Supports OM1, OM2, OM3, OM4 |
| Gövde Rengi | Aqua (OM3/4) / Beige (OM1/2) | Fast visual network identification |
| Ekleme Kaybı (IL) | Typical: ≤ 0.15 dB / Max: ≤ 0.25 dB | Preserves signal for long runs |
| Geri Dönüş Kaybı (RL) | ≥ 30 dB (UPC) | Reduces jitter in high-speed links |
| Retention Force | ≥ 100N (22.5 lbs) | Secure against accidental tugging |
| Mating Cycles | > 1000 Times | Reliable for frequent patching |
| Güvenlik Uyumluluğu | UL 94V-0 / RoHS / REACH | Küresel çevre standartları |
🛠 Manufacturing & Quality Customization
As a direct manufacturing partner, we provide these connectors with several value-added options for assembly houses:
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Modular Boot Options: Kits include specialized boots designed to fit either 2.0mm or 3.0mm jackets, featuring a “long-taper” design to prevent micro-bending at the cable entry point.
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Ferrule Precision Grading: We offer standard grade ferrules for general-purpose networking and “Master Grade” ferrules with ultra-tight concentricity for high-precision laboratory testing environments.
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Crimp Sleeve Variants: Choose between standard aluminum or reinforced copper crimp sleeves to match your specific production tooling and tension requirements.
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Custom Logo Embossing: For large-scale distributors and OEMs, we offer custom housing molding to include brand identification or specific serial numbering.
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