High-Temperature-Resistant Optical Fiber
The high-temperature-resistant fiber uses proprietary PCVD manufacturing and offers good optical properties, excellent dynamic fatigue behavior and high tensile strength. Optical and mechanical performance remain stable at high temperatures and through continuous severe high/low-temperature changes, supporting complex environments. Two series have maximum operating temperature ranges of 200°C and 350°C.
Specification Snapshot
Cutoff Wavelength [Standard Fiber Products with an Operating Temperature Limit of 200 Degrees; Polyacrylic Resin Coating; HTSF]
≤1290nm
Cutoff Wavelength [Standard Fiber Products with an Operating Temperature Limit of 350 Degrees; Polyimide Coating; HTSF]
≤1290nm
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Overview
The high-temperature-resistant fiber uses proprietary PCVD manufacturing and offers good optical properties, excellent dynamic fatigue behavior and high tensile strength. Optical and mechanical performance remain stable at high temperatures and through continuous severe high/low-temperature changes, supporting complex environments. Two series have maximum operating temperature ranges of 200°C and 350°C.
Specifications
| Parameter | Value |
|---|---|
| Fiber Core Diameter [Standard Fiber Products with an Operating Temperature Limit of 200 Degrees; Polyacrylic Resin Coating; HTMF] | 50±3.0 μm |
| Fiber Core Diameter [Standard Fiber Products with an Operating Temperature Limit of 200 Degrees; Polyacrylic Resin Coating; HTHF] | 62.5±3.0 μm |
| Cladding diameter [Standard Fiber Products with an Operating Temperature Limit of 200 Degrees; Polyacrylic Resin Coating; HTMF] | 125±2.0 μm |
| Cladding diameter [Standard Fiber Products with an Operating Temperature Limit of 200 Degrees; Polyacrylic Resin Coating; HTHF] | 125±2.0 μm |
| Cladding diameter [Standard Fiber Products with an Operating Temperature Limit of 200 Degrees; Polyacrylic Resin Coating; HTSF] | 125±2.0 μm |
| Cladding Noncircularity [Standard Fiber Products with an Operating Temperature Limit of 200 Degrees; Polyacrylic Resin Coating; HTMF] | ≤1 % |
| Cladding Noncircularity [Standard Fiber Products with an Operating Temperature Limit of 200 Degrees; Polyacrylic Resin Coating; HTHF] | ≤1 % |
| Cladding Noncircularity [Standard Fiber Products with an Operating Temperature Limit of 200 Degrees; Polyacrylic Resin Coating; HTSF] | ≤1 % |
| Core/Cladding Concentricity [Standard Fiber Products with an Operating Temperature Limit of 200 Degrees; Polyacrylic Resin Coating; HTMF] | ≤2 μm |
| Core/Cladding Concentricity [Standard Fiber Products with an Operating Temperature Limit of 200 Degrees; Polyacrylic Resin Coating; HTHF] | ≤2 μm |
| Core/Cladding Concentricity [Standard Fiber Products with an Operating Temperature Limit of 200 Degrees; Polyacrylic Resin Coating; HTSF] | ≤0.8 μm |
| Coating Diameter [Standard Fiber Products with an Operating Temperature Limit of 200 Degrees; Polyacrylic Resin Coating; HTMF] | 245±15 μm |
| Coating Diameter [Standard Fiber Products with an Operating Temperature Limit of 200 Degrees; Polyacrylic Resin Coating; HTHF] | 245±15 μm |
| Coating Diameter [Standard Fiber Products with an Operating Temperature Limit of 200 Degrees; Polyacrylic Resin Coating; HTSF] | 245±15 μm |
| Coating/Cladding Concentricity [Standard Fiber Products with an Operating Temperature Limit of 200 Degrees; Polyacrylic Resin Coating; HTMF] | ≤12 μm |
| Coating/Cladding Concentricity [Standard Fiber Products with an Operating Temperature Limit of 200 Degrees; Polyacrylic Resin Coating; HTHF] | ≤12 μm |
| Coating/Cladding Concentricity [Standard Fiber Products with an Operating Temperature Limit of 200 Degrees; Polyacrylic Resin Coating; HTSF] | ≤12 μm |
| Numerical aperture [Standard Fiber Products with an Operating Temperature Limit of 200 Degrees; Polyacrylic Resin Coating; HTMF] | 0.200±0.015 |
| Numerical aperture [Standard Fiber Products with an Operating Temperature Limit of 200 Degrees; Polyacrylic Resin Coating; HTHF] | 0.275±0.015 |
| Mode field Diameter (μm)@1310nm [Standard Fiber Products with an Operating Temperature Limit of 200 Degrees; Polyacrylic Resin Coating; HTSF; @1310nm] | 9.2±0.4 μm |
| Mode field Diameter (μm)@1550nm [Standard Fiber Products with an Operating Temperature Limit of 200 Degrees; Polyacrylic Resin Coating; HTSF; @1550nm] | 10.4±0.8 μm |
| Bandwidth (MHz . km) @850nm [Standard Fiber Products with an Operating Temperature Limit of 200 Degrees; Polyacrylic Resin Coating; HTMF; @850nm] | ≥300 MHz . km |
| Bandwidth (MHz . km) @850nm [Standard Fiber Products with an Operating Temperature Limit of 200 Degrees; Polyacrylic Resin Coating; HTHF; @850nm] | ≥160 MHz . km |
| Bandwidth (MHz . km) @1300nm [Standard Fiber Products with an Operating Temperature Limit of 200 Degrees; Polyacrylic Resin Coating; HTMF; @1300nm] | ≥300 MHz . km |
| Bandwidth (MHz . km) @1300nm [Standard Fiber Products with an Operating Temperature Limit of 200 Degrees; Polyacrylic Resin Coating; HTHF; @1300nm] | ≥300 MHz . km |
| Proof-Test Strength [Standard Fiber Products with an Operating Temperature Limit of 200 Degrees; Polyacrylic Resin Coating; HTMF] | 100 kpsi |
| Proof-Test Strength [Standard Fiber Products with an Operating Temperature Limit of 200 Degrees; Polyacrylic Resin Coating; HTHF] | 100 kpsi |
| Proof-Test Strength [Standard Fiber Products with an Operating Temperature Limit of 200 Degrees; Polyacrylic Resin Coating; HTSF] | 100 kpsi |
| Operating temperature Range [Standard Fiber Products with an Operating Temperature Limit of 200 Degrees; Polyacrylic Resin Coating; HTMF] | -55 to +200 ℃ |
| Operating temperature Range [Standard Fiber Products with an Operating Temperature Limit of 200 Degrees; Polyacrylic Resin Coating; HTHF] | -55 to +200 ℃ |
| Operating temperature Range [Standard Fiber Products with an Operating Temperature Limit of 200 Degrees; Polyacrylic Resin Coating; HTSF] | -55 to +200 ℃ |
| Short-term [Standard Fiber Products with an Operating Temperature Limit of 200 Degrees; Polyacrylic Resin Coating; HTMF; Short-term] | 200 ℃ |
| Short-term [Standard Fiber Products with an Operating Temperature Limit of 200 Degrees; Polyacrylic Resin Coating; HTHF; Short-term] | 200 ℃ |
| Short-term [Standard Fiber Products with an Operating Temperature Limit of 200 Degrees; Polyacrylic Resin Coating; HTSF; Short-term] | 200 ℃ |
| Long-term [Standard Fiber Products with an Operating Temperature Limit of 200 Degrees; Polyacrylic Resin Coating; HTMF; Long-term] | 150 ℃ |
| Long-term [Standard Fiber Products with an Operating Temperature Limit of 200 Degrees; Polyacrylic Resin Coating; HTHF; Long-term] | 150 ℃ |
| Long-term [Standard Fiber Products with an Operating Temperature Limit of 200 Degrees; Polyacrylic Resin Coating; HTSF; Long-term] | 150 ℃ |
| km) @1550nm [Standard Fiber Products with an Operating Temperature Limit of 200 Degrees; Polyacrylic Resin Coating; HTSF; @1550nm] | 0.27 dB/km |
| Attenuation [Standard Fiber Products with an Operating Temperature Limit of 200 Degrees; Polyacrylic Resin Coating; HTMF; @1300nm] | ≤0.7 @1300nm |
| Attenuation [Standard Fiber Products with an Operating Temperature Limit of 200 Degrees; Polyacrylic Resin Coating; HTHF; @1300nm] | ≤0.8 @1300nm |
| Attenuation [Standard Fiber Products with an Operating Temperature Limit of 200 Degrees; Polyacrylic Resin Coating; HTSF; @1310nm] | 0.45 @1310nm |
| km) @850nm [Standard Fiber Products with an Operating Temperature Limit of 200 Degrees; Polyacrylic Resin Coating; HTMF; @850nm] | 2.8 dB/km |
| km) @850nm [Standard Fiber Products with an Operating Temperature Limit of 200 Degrees; Polyacrylic Resin Coating; HTHF; @850nm] | 3.0 dB/km |
| Cutoff Wavelength [Standard Fiber Products with an Operating Temperature Limit of 200 Degrees; Polyacrylic Resin Coating; HTSF] | ≤1290nm |
| Fiber Core Diameter [Standard Fiber Products with an Operating Temperature Limit of 350 Degrees; Polyimide Coating; HTMF] | 50±3.0 μm |
| Fiber Core Diameter [Standard Fiber Products with an Operating Temperature Limit of 350 Degrees; Polyimide Coating; HTHF] | 62.5±3.0 μm |
| Cladding diameter [Standard Fiber Products with an Operating Temperature Limit of 350 Degrees; Polyimide Coating; HTMF] | 125±2.0 μm |
| Cladding diameter [Standard Fiber Products with an Operating Temperature Limit of 350 Degrees; Polyimide Coating; HTHF] | 125±2.0 μm |
| Cladding diameter [Standard Fiber Products with an Operating Temperature Limit of 350 Degrees; Polyimide Coating; HTSF] | 125±2.0 μm |
| Cladding Noncircularity [Standard Fiber Products with an Operating Temperature Limit of 350 Degrees; Polyimide Coating; HTMF] | ≤1 % |
| Cladding Noncircularity [Standard Fiber Products with an Operating Temperature Limit of 350 Degrees; Polyimide Coating; HTHF] | ≤1 % |
| Cladding Noncircularity [Standard Fiber Products with an Operating Temperature Limit of 350 Degrees; Polyimide Coating; HTSF] | ≤1 % |
| Core/Cladding Concentricity [Standard Fiber Products with an Operating Temperature Limit of 350 Degrees; Polyimide Coating; HTMF] | ≤2 μm |
| Core/Cladding Concentricity [Standard Fiber Products with an Operating Temperature Limit of 350 Degrees; Polyimide Coating; HTHF] | ≤2 μm |
| Core/Cladding Concentricity [Standard Fiber Products with an Operating Temperature Limit of 350 Degrees; Polyimide Coating; HTSF] | ≤0.8 μm |
| Coating Diameter [Standard Fiber Products with an Operating Temperature Limit of 350 Degrees; Polyimide Coating; HTMF] | 155±5 μm |
| Coating Diameter [Standard Fiber Products with an Operating Temperature Limit of 350 Degrees; Polyimide Coating; HTHF] | 155±5 μm |
| Coating Diameter [Standard Fiber Products with an Operating Temperature Limit of 350 Degrees; Polyimide Coating; HTSF] | 155±5 μm |
| Coating/Cladding Concentricity [Standard Fiber Products with an Operating Temperature Limit of 350 Degrees; Polyimide Coating; HTMF] | 10 μm |
| Coating/Cladding Concentricity [Standard Fiber Products with an Operating Temperature Limit of 350 Degrees; Polyimide Coating; HTHF] | 10 μm |
| Coating/Cladding Concentricity [Standard Fiber Products with an Operating Temperature Limit of 350 Degrees; Polyimide Coating; HTSF] | 10 μm |
| Numerical aperture [Standard Fiber Products with an Operating Temperature Limit of 350 Degrees; Polyimide Coating; HTMF] | 0.200±0.015 |
| Numerical aperture [Standard Fiber Products with an Operating Temperature Limit of 350 Degrees; Polyimide Coating; HTHF] | 0.275±0.015 |
| Mode field Diameter (μm)@1310nm [Standard Fiber Products with an Operating Temperature Limit of 350 Degrees; Polyimide Coating; HTSF; @1310nm] | 9.2±0.4 μm |
| Mode field Diameter (μm)@1550nm [Standard Fiber Products with an Operating Temperature Limit of 350 Degrees; Polyimide Coating; HTSF; @1550nm] | 10.4±0.8 μm |
| Bandwidth (MHz . km) @850nm [Standard Fiber Products with an Operating Temperature Limit of 350 Degrees; Polyimide Coating; HTMF; @850nm] | ≥300 MHz . km |
| Bandwidth (MHz . km) @850nm [Standard Fiber Products with an Operating Temperature Limit of 350 Degrees; Polyimide Coating; HTHF; @850nm] | ≥160 MHz . km |
| Bandwidth (MHz . km) @1300nm [Standard Fiber Products with an Operating Temperature Limit of 350 Degrees; Polyimide Coating; HTMF; @1300nm] | ≥300 MHz . km |
| Bandwidth (MHz . km) @1300nm [Standard Fiber Products with an Operating Temperature Limit of 350 Degrees; Polyimide Coating; HTHF; @1300nm] | ≥300 MHz . km |
| Proof-Test Strength [Standard Fiber Products with an Operating Temperature Limit of 350 Degrees; Polyimide Coating; HTMF] | 100 |
| Proof-Test Strength [Standard Fiber Products with an Operating Temperature Limit of 350 Degrees; Polyimide Coating; HTHF] | 100 |
| Proof-Test Strength [Standard Fiber Products with an Operating Temperature Limit of 350 Degrees; Polyimide Coating; HTSF] | 100 |
| Operating temperature Range [Standard Fiber Products with an Operating Temperature Limit of 350 Degrees; Polyimide Coating; HTMF] | -55 to +350 ℃ |
| Operating temperature Range [Standard Fiber Products with an Operating Temperature Limit of 350 Degrees; Polyimide Coating; HTHF] | -55 to +350 ℃ |
| Operating temperature Range [Standard Fiber Products with an Operating Temperature Limit of 350 Degrees; Polyimide Coating; HTSF] | -55 to +350 ℃ |
| Short-term [Standard Fiber Products with an Operating Temperature Limit of 350 Degrees; Polyimide Coating; HTMF; Short-term] | 350 ℃ |
| Short-term [Standard Fiber Products with an Operating Temperature Limit of 350 Degrees; Polyimide Coating; HTHF; Short-term] | 350 ℃ |
| Short-term [Standard Fiber Products with an Operating Temperature Limit of 350 Degrees; Polyimide Coating; HTSF; Short-term] | 350 ℃ |
| Long-term [Standard Fiber Products with an Operating Temperature Limit of 350 Degrees; Polyimide Coating; HTMF; Long-term] | 300 ℃ |
| Long-term [Standard Fiber Products with an Operating Temperature Limit of 350 Degrees; Polyimide Coating; HTHF; Long-term] | 300 ℃ |
| Long-term [Standard Fiber Products with an Operating Temperature Limit of 350 Degrees; Polyimide Coating; HTSF; Long-term] | 300 ℃ |
| km) @1550nm [Standard Fiber Products with an Operating Temperature Limit of 350 Degrees; Polyimide Coating; HTSF; @1550nm; When Testing Attenuation, Rewind under 1~2g Tension onto a Spool with a Diameter Greater Than 35cm for Testing .] | 0.27 dB/km |
| Attenuation [Standard Fiber Products with an Operating Temperature Limit of 350 Degrees; Polyimide Coating; HTMF; @1300nm; When Testing Attenuation, Rewind under 1~2g Tension onto a Spool with a Diameter Greater Than 35cm for Testing .] | ≤1.2 @1300nm |
| Attenuation [Standard Fiber Products with an Operating Temperature Limit of 350 Degrees; Polyimide Coating; HTHF; @1300nm; When Testing Attenuation, Rewind under 1~2g Tension onto a Spool with a Diameter Greater Than 35cm for Testing .] | ≤1.4 @1300nm |
| Attenuation [Standard Fiber Products with an Operating Temperature Limit of 350 Degrees; Polyimide Coating; HTSF; @1310nm; When Testing Attenuation, Rewind under 1~2g Tension onto a Spool with a Diameter Greater Than 35cm for Testing .] | 0.45 @1310nm |
| km) @850nm [Standard Fiber Products with an Operating Temperature Limit of 350 Degrees; Polyimide Coating; HTMF; @850nm; When Testing Attenuation, Rewind under 1~2g Tension onto a Spool with a Diameter Greater Than 35cm for Testing .] | ≤3.2 dB/km |
| km) @850nm [Standard Fiber Products with an Operating Temperature Limit of 350 Degrees; Polyimide Coating; HTHF; @850nm; When Testing Attenuation, Rewind under 1~2g Tension onto a Spool with a Diameter Greater Than 35cm for Testing .] | ≤3.7 dB/km |
| Cutoff Wavelength [Standard Fiber Products with an Operating Temperature Limit of 350 Degrees; Polyimide Coating; HTSF] | ≤1290nm |
Datasheet
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Supplier Information
Shandong Xinke Kaibang Communication Equipment Co., Ltd., located in Heze City, Shandong Province, is a high-tech enterprise dedicated to the professional research, development, and manufacturing of communication optical cables, communication cables, control cables, and photoelectric composite cables. Its products are widely used in communication operators, data cloud computing centers, rail transit, highways, mines, electric power, metallurgy, petrochemicals, medical care, water conservancy, ships, marine exploration, national defense, and nuclear industry, etc.
The company was established in 2017 with a registered capital of 110 million yuan and covers an area of 58,000 square meters. Since its establishment, the company has adhered to Beijing as the brand center, Shandong as the production base, and Shenzhen as the foreign trade window, continuously innovating around customer needs and technological leadership to create value for customers.
The company's main products include more than ten series such as halogen-free low-smoke series, flame-retardant series, fire-resistant series, intrinsically safe series, high-temperature resistant series, radiation-resistant series, etc., including communication optical cables, control cables, communication cables, railway signal cables, instrument signal cables, mining cables, marine cables, nuclear-grade cables, special-purpose cables, photoelectric composite cables, etc. In addition to complying with national standards (GB), Ministry of Coal standards (MT), International Electrotechnical Commission standards (IEC), British standards (BS), German standards (VDE), and other domestic and international standards, the company can also design and manufacture various non-standard, special requirements, and innovative optical cable products according to user requirements.
The company has excellent production lines and inspection equipment, an independent product R&D center, and a testing laboratory. It always adheres to the business philosophy of market orientation, technology reliance, and quality survival, continuously developing new products. It has successfully developed temperature-sensing monitoring optical cables, vibration-sensing optical cables, radio frequency photoelectric composite cables, camera-specific composite cables, fire-resistant and radiation-resistant optical cables, mining quick connectors, mining photoelectric composite cables, etc.; and has obtained more than 60 utility model patents and multiple invention patents.
The company has successively obtained quality system certification, environmental management system certification, occupational health system certification, energy management system certificate, information security management certificate, national industrial product license certificate, national compulsory product certification CCC certificate, and product manufacturing certificate from the General Armaments Department, etc.; products have obtained more than 40 "TLC certifications", "radio and television certifications", and more than 70 "mining product safety mark certificates". At the same time, it has won honors such as: Shandong Province "High-tech Enterprise", Shandong Province "Specialized and New Enterprise", Shandong Province "Technology-based Small and Medium-sized Enterprise", Shandong Province "Green Factory", Heze City "Specialized and New" Small and Medium-sized Enterprise, Heze City "Key Laboratory", Heze City "Technology Innovation Center", etc., and has been rated as a "contract-honoring and credit-worthy" unit for many consecutive years.
The company upholds the quality policy of "technological innovation, honest service, continuous improvement, customer satisfaction" and has established a complete product quality control system. Full-process quality control and continuous improvement enhance product quality levels. Maintaining customer-centricity, with "integrity and diligence, technological innovation, respect for talent, and collaborative friendship" as the cultural core, to repay the love and support of users and friends from all walks of life.
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