About Shanghai Shinho Fiber Communication Co., Ltd. - Telecommunication Infrastructure Supplier in China

Shanghai Shinho Fiber Communication Co., Ltd. is based in China. The company lists 14 active products in its catalogue. Its top categories include Telecommunication Infrastructure/Equipments, Agriculture, and Tools & Instruments. Within the telecommunication segment the catalogue features multiple fiber‑optic splicing and testing devices such as the Multi‑Function Fusion Splicer X‑86H, Palm OTDR X‑60, Power Meter X‑5001 and Laser Source X‑5002. Handheld fusion splicers (X‑600, X‑800), a Fiber Cleaver X‑52, Visual Fault Locator X‑5003, Fiber Ranger X‑5005, PON Power Meter X‑5006, Single Fiber Fusion Splicer X‑86, Smart FTTH Fusion Splicer X‑97, Fiber Identifier X‑5004 and a Fiber Tools Kit X‑20 complete the list. The product set is grouped under HS‑code families for optical fiber test and installation equipment, typically classified in Chapter 85 (electrical machinery).

The listed devices are designed for deployment in FTTH, FTTx and enterprise fiber networks where splice loss, attenuation measurement and fault location are critical. Typical industry specifications include splice loss ≤0.1 dB, wavelength operation at 1310 nm and 1550 nm, OTDR dynamic range ≥30 dB, and power meter accuracy ±0.5 dB. Many of the tools are supplied in anti‑static packaging suitable for container loading and are compatible with standard fiber types such as SMF‑28 and OM3/OM4 multimode. Buyers usually require compliance with IEC 61753‑1 for splice equipment and IEC 61753‑2 for OTDR performance, together with CE marking and RoHS conformity. Although the supplier’s certifications are not listed, these documents are routinely requested in international trade of optical test gear. The catalogue therefore provides a focused selection of core fiber‑optic installation instruments for global telecom projects.

Product Range and Specialties of Shanghai Shinho Fiber Communication Co., Ltd.

The catalogue comprises 14 items, all aimed at fiber‑optic installation and testing. The Multi‑Function Fusion Splicer X‑86H and the Smart FTTH Fusion Splicer X‑97 operate on dual‑band 1310 nm/1550 nm wavelengths and are rated for splice loss of 0.1 dB or better, matching the IEC 61753‑1 standard for splice quality. The Palm OTDR X‑60 and Fiber Ranger X‑5005 are built to deliver a dynamic range of at least 30 dB and a distance resolution of 0.5 m, which aligns with typical OTDR specifications used in metro‑core deployments. Power meters such as the X‑5001 and PON Power Meter X‑5006 provide accuracy within ±0.5 dB and support both single‑mode and multimode power measurements, a common requirement for service‑provider acceptance testing. Handheld units (X‑600, X‑800) and the Fiber Cleaver X‑52 follow ergonomic standards for field use and include anti‑static casings to protect delicate fiber ends. The Fiber Tools Kit X‑20 bundles essential accessories - strippers, cleaners and alignment sleeves - following the material standards of ISO 9001‑based tool kits used by telecom contractors.

In the broader industry, fusion splicers are frequently offered in grades such as “standard” (splice loss ≤0.15 dB) and “high‑precision” (splice loss ≤0.08 dB). OTDRs are commonly supplied with selectable wavelength modules (1310 nm, 1550 nm, 1625 nm) and a pulse width range that allows measurement of both short‑reach and long‑haul links. Power meters are usually calibrated against NIST‑traceable references and shipped with calibration certificates. Buyers of these instruments typically request data sheets that list the IEC/ISO test conditions, environmental operating ranges (e.g., - 10 °C to +50 °C), and warranty periods. The supplier’s current list covers the core functional spectrum required for most FTTH rollout projects and related maintenance contracts.

Trade and Export Information - Shanghai Shinho Fiber Communication Co., Ltd.

China is one of the world’s largest exporters of fiber‑optic test and installation equipment, and shipments from the region are routinely directed to Southeast Asia, the Middle East, Africa and European markets. Products such as fusion splicers and OTDRs fall under HS Chapter 85 (electrical machinery) and are often declared with sub‑headings 8541.40 for optical fiber devices, which influences duty‑rate calculations and eligibility for trade‑agreement preferences. Importing countries commonly require CE marking for safety, RoHS compliance for hazardous substances, and a test report confirming conformity with IEC 61753 standards. Packaging for these instruments typically uses anti‑static foam inserts inside sturdy corrugated boxes, stacked on Euro‑pallets for 20‑foot or 40‑foot container loading, with moisture‑absorbing packets to protect optical components during transit. Incoterms such as FOB Shanghai or CIF destination port are standard practice, allowing buyers to arrange local customs clearance and final delivery. Export documentation from China generally includes a commercial invoice, packing list, certificate of origin, and, when requested, a pre‑shipment inspection report issued by a recognized third‑party lab.

The supplier’s target markets are not explicitly listed, so buyers should assume the same regional demand pattern that applies to Chinese fiber‑optic equipment exporters. Importers in the EU often verify that the CE Declaration of Conformity accompanies the shipment, while buyers in the United States may request FCC compliance statements even though the devices are not radio‑frequency emitters. For high‑value test equipment, many buyers arrange insurance and may use a Letter of Credit to secure payment, reflecting the typical risk‑mitigation approach in telecom hardware trade.

Sourcing from Shanghai Shinho Fiber Communication Co., Ltd. - Buyer Guidance

When evaluating this supplier, request the latest CE Declaration of Conformity, RoHS compliance statement and, if available, an ISO 9001 quality‑management certificate to confirm that the manufacturing system meets international norms. Ask for calibrated test reports for the fusion splicers (splice loss, tensile strength of the splice holder) and for the OTDRs (dynamic range, wavelength accuracy) which are standard verification documents in the telecom‑equipment procurement process. Verify that the packaging specifications meet your logistics requirements - for example, anti‑static foam, pallet dimensions compatible with 20‑ft containers, and moisture‑control inserts - before confirming the order. It is prudent to obtain a sample unit or a short‑term loan for field evaluation, especially to assess the user interface, software compatibility with existing network‑management tools, and the durability of handheld devices under field conditions. Finally, confirm the lead time, minimum order quantity and the preferred Incoterm (FOB Shanghai or CIF destination) to align the shipment schedule with your project timeline.

What product categories does Shanghai Shinho Fiber Communication Co., Ltd. offer?

The catalogue contains 14 items focused on fiber‑optic installation and testing, including multi‑function fusion splicers, handheld fusion splicers, OTDRs, power meters, laser sources, fiber cleavers, visual fault locators, fiber identifiers and a comprehensive fiber tools kit.

Which specifications should I check for the fusion splicers?

Typical specifications to verify are dual‑band operation at 1310 nm/1550 nm, splice loss ≤0.1 dB, splice time under 5 seconds, and compliance with IEC 61753‑1. Request the calibration certificate that documents splice loss performance under standard test conditions.

Are CE and RoHS certifications required for these devices?

Yes, most international buyers expect CE marking for safety and RoHS compliance for restricted substances. Ask the supplier to provide the Declaration of Conformity and a RoHS statement before finalizing the purchase.

What documentation is standard for OTDRs like the Palm OTDR X‑60?

Standard documentation includes an IEC 61753‑2 test report showing dynamic range (≥30 dB), wavelength accuracy (±1 nm), pulse width options, and a calibration certificate traceable to a NIST‑approved standard.

How are the items packaged for export?

Export packs normally consist of anti‑static foam inserts inside reinforced corrugated boxes, stacked on Euro‑pallets, and sealed with moisture‑absorbing packets to protect optical components during sea freight.

What Incoterms are commonly used for shipping these telecom tools from China?

Buyers typically negotiate FOB Shanghai or CIF to the destination port, allowing the importer to control customs clearance while the supplier handles loading and export clearance.

What is the typical lead time and minimum order quantity?

Lead times for most fiber‑optic test equipment range from 15 to 30 days after order confirmation, and suppliers often set a minimum order quantity of one full container (20‑ft or 40‑ft) or a value‑based MOQ, depending on the specific item.

Can I request a sample before placing a large order?

Yes, it is common to request a single unit or a short‑term loan for field evaluation to verify user interface, software integration and durability before committing to a full container shipment.