Fiber Optic Splice Closure Manufacturer — Dome and Inline, 12 do 840 Rdzenie

Producent Fibconetu 12 series of outdoor fiber optic splice closures (also called joint closures, cable closures, or in field slang dome cans) for OSP splicing between feeder, distribution and drop cables. Capacity ranges from 12 cores for FTTH drop junctions up to 840 cores for backbone and long-haul splice points. Sealed to IP68, housings are PP+GF, PPR or metal-braced polymer with a 15 to 25-year design field life. Our passive optical component roots trace back to 1994, and the same in-house tooling and test discipline built for PLC splitters now runs the splice closure line.

Two body types cover the two OSP install methods: dome (vertical) closures for pole, wall and direct-buried joints, oraz poziomy (inline) closures for manhole, handhole and figure-8 aerial splice points. Selected dome models ship pre-loaded with 1×8 or 1×16 PLC splitters and act as PON hub points inside a Quick ODN / pre-terminated FTTH deployment. Enclosures accept mechanical, heat-shrink or silicone sealing per model.

Poniższe sekcje zawierają listę 12 models grouped by body type, then cover Dome-vs-Horizontal selection logic, technical specifications, możliwości produkcyjne, opakowanie, FAQ, oraz kanał notowań.

12 Splice Closure Models We Manufacture

Grupa 1 — Dome (Vertical) Splice Closures

Cylindrical body with a single base plate carrying all cable ports. Best suited to pole-mount, wall-mount and direct-buried joints where cables enter from one end. The two splitter-loaded models below double as PON hub points inside a Quick ODN deployment.

Grupa 2 — Poziomy (Wbudowany) Splice Closures

Wydłużony korpus z portami kablowymi na obu końcach. Preferowany do studzienek kanalizacyjnych, otwór uchwytowy, rozpiętość anteny 8 i dowolny punkt połączenia, w którym kable wchodzą i wychodzą w tej samej osi.

What Is a Splice Closure and How to Choose the Right Type

Dome vs Horizontal — The Two Body Types

A splice closure protects, seals and organises spliced fibers at any point along an OSP cable route. The body shape follows the physical install location, not the fiber count.

Sealing Method — Mechanical, Heat-Shrink or Silicone

• Uszczelnienie mechaniczne (compression grommet + rubber gasket): re-enterable, no torch required, fastest field install. Standard on most dome and small inline models.
• Heat-shrink seal: highest holding force, permanent seal, common on high-count 576–840 core inline backbone closures. Requires a torch and trained crew.
• Silicone / gel seal: used where the splice point sees standing moisture, oil or aggressive chemicals; re-enterable without heat.

How to Match the Closure to Your Field Scenario

• FTTH drop junction on aerial figure-8 → 12-core inline mechanical seal.
• PON hub with 1×8 or 1×16 splitter → splitter-loaded dome closure with pre-terminated ports; slots into a Quick ODN deployment.
• Direct-buried backbone splice needing pressure test → 96/144 core dome, 100 Utrzymanie ciśnienia powietrza w kPa, 25-rok życia projektu.
• Manhole splice with wet environment → horizontal closure with silicone sealing.
• Long-haul or metro trunk splice, high fiber count → 576 lub 840 core inline heat-shrink closure.
• Pole splice with heavy tray load or vibration → metal-bracket dome, tray-secured for mechanical stability.

Fiber Count Selection Guide

Specyfikacja techniczna

Notatka: the values below are family-typical ranges across the 12 szereg, a nie arkusz danych dotyczący pojedynczego SKU. Ask us for the model-specific test report at RFQ stage; wysyłamy go pod numerem części modelu.

Możliwości produkcyjne i kontrola jakości

Historia produkcji i zespół

Historia komunikacji optycznej Fibconetu sięga początków lat 90-tych. Nasze korzenie w produkcji pasywnych komponentów optycznych zaczynają się w 1994 z fabryką splitterów PLC; firma została formalnie utworzona w 2000 i dzisiaj współpracuje z 300+ podstawowy personel i rozbudowana, obejmująca wiele lokalizacji sieć produkcyjna licząca do 800 personel i inżynierowie w całych Chinach. Ta sama dyscyplina narzędziowa i testowa stworzona do produkcji dużej liczby rozdzielaczy PLC obsługuje teraz linię zamykania spawów, w tym wtryskiwanie obudów z PP+GF i PPR, formowanie tacy łączącej, i montaż przy pełnym obciążeniu.

Wcześniejsza kontrola materiałów

Splice closures are only as reliable as the materials inside them. We control the upstream stack rather than only the assembly step:

• Housing resin: qualified PP+GF and PPR grades with a UV stabiliser and weathering-modifier additive package dosed at pre-mix.
• Sealing rubber and silicone: qualified grades matched to the operating temperature range and rated field life.
• Splice trays and metal brackets: produced on dedicated tooling for dimensional consistency across production batches.
• Passive optical parts inside splitter-loaded closures: Shijia / Korean-source PLC chips, NTT-grade optical epoxy, CCTC ceramic ferrules, and G.657.A2 pigtail fiber sourced from major Chinese fiber brands (Fibrehome, YOFC, Hengtong).

Kontrola jakości

• Air-pressure hold test on every assembled dome closure before shipment (100 kPa on rated models).
• Waterproof and dustproof test to the rated IP68 grade on production samples per batch.
• Próba udarności per rated IK grade on housing samples.
• Cable retention pull test per rated axial load (aż do 22,000 n / 10 cm on splitter-loaded dome).
• Test cyklu termicznego i wilgotności per model qualification.
• Full-load tray test with splice trays and splitters fitted, to verify cable-management fit under real port load.

Certyfikaty i zgodność

Fibconet operates under an integrated ISO 9001 / ISO 14001 / ISO 45001 management system covering quality, environment and occupational health & bezpieczeństwo. Raporty RoHS dotyczące surowców są domyślnie dostarczane z każdą wysyłką.

Product-level compliance is issued per model and per target market. Depending on the model list and destination country, we can support TEN, RoHS, ZASIĘG, ten, ETL, RKO, ANATEL, CCA, TLC and other market-entry documents. Applicable test reports against IEC 61753-1, YD/T 814 oraz Telcordia GR-771 reference standards are provided at project scale.

Możliwość zastosowania certyfikacji różni się w zależności od wymagań produktu i projektu. Prześlij nam swój rynek docelowy i listę modeli, i wraz z wyceną zwracamy odpowiedni zestaw certyfikatów.

Opakowania, Opcje OEM i niestandardowe

Standardowe opakowanie eksportowe

• Torby na akcesoria (tace spawów, przelotki, narzędzia) wewnątrz odpornych na wilgoć plastikowych torebek.
• Indywidualne, odporne na wilgoć i wstrząsy pudełko wewnętrzne na każde zamknięcie.
• Główny karton eksportowy oznaczony etykietami odpornymi na wilgoć i orientacyjnymi.
• Zakres temperatury transportu: −35°C do +55°C.
• Zakres temperatur przechowywania: −5°C do +45°C, wilgotność względna poniżej 75%.

Opcje OEM i niestandardowe

• Logo i etykieta OEM: znakowane laserowo na obudowie, wydrukowane na kartonie wewnętrznym i głównym.
• Niestandardowy układ portów: dodatkowe wejścia kablowe lub puste miejsca zgodnie z rysunkiem projektu.
• Wstępne ładowanie rozdzielacza: 1×8, 1×16 lub współczynnik niestandardowy instalowany fabrycznie dla ról koncentratorów Quick ODN i PON.
• Liczba tacek na złącza: pre-loaded with the exact tray count and adapter set your project requires.
• Mounting kit: Polak, ściana, aerial-figure-8 or manhole kit bundled per order.
• CAD drawings and installation manuals supplied on request for project design review.
• MOQ: 100 pcs per model on standard configuration; 500–1,000 pcs on custom builds. [TBC: confirm per model]
• Lead time: 15–25 days for standard orders; 25–40 days for custom builds. [TBC: confirm]

Często zadawane pytania

Pytanie 1. What do buyers mean by “zamknięcie splotu”, “joint closure”, “dome can” lub “熔接包”?

All four are the same product family — an outdoor enclosure that houses and seals spliced fibers along an OSP cable route. “Splice closure” oraz “joint closure” are the standard English terms. “Dome can” oraz “炮筒” are field slang for the dome (vertical) body style. The Chinese term “熔接包” refers to the same category and is common in Chinese-language RFQs from Southeast Asia and Africa.

Pytanie 2. What is the difference between a splice closure and a distribution box?

A splice closure protects and organises spliced fibers along an OSP cable route; there is no active drop-cable termination for subscribers. A distribution box (TŁUSZCZ) terminates drop cables into adapter ports and often houses the last-mile splitter. Splice closures sit deeper in the network; distribution boxes sit at the drop point closest to homes.

Pytanie 3. When should I choose a dome closure and when an inline closure?

Choose dome when cables enter from a single direction — pole-mount, mocowanie ścienne, bezpośrednio zakopane, or hand-hole accessed from above. Choose inline when cables enter and exit along the same axis — manhole splice, aerial figure-8 span, or tray-mount along a linear run.

Pytanie 4. What core capacity do I need?

Match the closure to the largest cable at the splice point plus a spare tray for future expansion. FTTH drop junctions typically use 12–48 core inline closures. PON access nodes use 96–144 core dome closures. Metro backbone splices use 288 rdzenie; long-haul trunk splices use 576 lub 840 cores in heat-shrink inline bodies.

Pytanie 5. What sealing method is most reliable for a direct-buried joint?

For direct-buried and pressurised networks, use a mechanical-seal dome with 100 Utrzymanie ciśnienia powietrza w kPa; the seal is verifiable in the field and re-enterable for future splice work. Heat-shrink is more permanent but not re-enterable without cutting.

Pytanie 6. Do you supply closures pre-loaded with a PLC splitter?

Tak. Dome closures can be shipped with a 1×8 or 1×16 PLC splitter pre-terminated at factory. ten 1:8 / 1:16 PLC Splitter Dome model is rated for 22,000 n / 10 cm cable retention so the housing tolerates heavy drop-cable pull. Splitter chips are Shijia or Korean-source, and pigtails use G.657.A2 fiber from major Chinese fiber brands.

Pytanie 7. What is the outdoor field life?

PP+GF and PC+ABS housings with a UV stabiliser additive package hold 15 do 25 years of outdoor service, depending on model. Ask us for the specific model’s material spec if your project tender requires a stated design life.

Pytanie 8. Do you provide test reports and international standard conformity documents?

Tak. IEC 61753-1, YD/T 814 and GR-771 test reports are available per model. Raw material RoHS reports ship by default. Market-entry certificates such as CE, ZASIĘG, ten, ETL, RKO, ANATEL, CCA and TLC are issued per model and per target market. If a certificate you need is not already on file, możemy zorganizować testy stron trzecich na skalę projektu.

Pytanie 9. What is your MOQ and typical lead time?

MOQ starts at 100 pcs on standard configuration; custom builds are typically 500–1,000 pcs. Standard orders ship in 15–25 days; custom builds in 25–40 days. [TBC: confirm exact values per model at RFQ stage.]

Pytanie 10. Do you supply mounting hardware for pole and manhole install?

Tak. Pole-mount and wall-mount hardware is included on the dome closures. Aerial figure-8 mounting kits for inline closures are supplied on request. Manhole tray mounts and cable-management brackets are quoted with the closure.

Q11. Can these splice closures be used in a Quick ODN or pre-terminated FTTH deployment?

Tak. Our splitter-loaded dome closures — the 1:8 / 1:16 PLC Splitter Dome and the pre-terminated FAT closure — act as PON hub points inside a Quick ODN system. They pair with our pre-terminated drop cables, Huby MPO, sub boxes and asymmetric splitters to reduce on-site splicing, cut installation labor, and make FTTH rollout more predictable. If your project is a new FTTH build in a labor-cost-sensitive market, ask for a matched Quick ODN configuration when you send the RFQ.