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Filo Optic keipolo Clamp

Fiber Optic Cable Clamp Manufacturer — Tension, Suspension, Ukamea 'ikai ke 'i ai ha 'uli, Aluminum Alloy & Figure-8 Clamps

FIBCONET manufactures fiber optic cable clamps and hardware for aerial FTTH, ADSS long-span, figure-8 self-supporting and drop-cable installations. Combined output on our mainstream plastic clamp lines reaches one million pieces per month, with dedicated stamping and injection tooling supporting fast MOQ from 100 kongokonga.

Every clamp is tested to IEC 60794-1-2 tensile methodology before shipment, with per-batch tensile strength, appearance and toughness verification. Steel components are available in 201 pe 304 stainless ukamea, hot-dip galvanized carbon steel, or die-cast aluminum alloy — matched to your climate, span length and service-life target.

Below are the six clamp families currently shipping to telecom operators, FTTH engineering contractors, power utilities and municipal broadband projects across Southeast Asia, the Middle East, Latin America, Europe and Africa.

6 Fiber Optic Cable Clamp Series We Manufacture

Holonga Ngāué Tensile Rating Typical Application
Plastic Tension / Fakamaʻu ʻo e Taula (PA6 / PA66) Terminal anchoring, axial tension load 600 N – 8 kN FTTH aerial drop, short-span ADSS, holisi / pole terminal fixation
Aluminum Alloy Tension Clamp (Heavy-Duty) Long-span axial tension in harsh outdoor conditions ʻO aʻu 10 kN rated Coastal salt-fog areas, all-optical campus, surveillance backbone, industrial aerial trunk
Suspension Clamp (J-Type, Rubber + Galvanized Steel) Vertical load only — supports cable weight on straight-line poles Fakafuofua 1.5 kN vertical, break 3.8 kN Long-span ADSS straight-line suspension, mid-pole fixation on aerial trunk
Stainless Steel Drop Wire Clamp (201 / 304) Terminal anchoring for drop cable and slim ADSS 600 N – 3 kN (thickness dependent) FTTH to, outdoor terminal, coastal / marine deployments (304)
Figure-8 Cable Clamp Grips figure-8 self-supporting cable at its integral messenger Matched to 2.5 mm galvanized messenger Figure-8 (GYXTC8S) aerial deployments
Hardware Accessories Pole bracket, mounting hoop, bolt-crimp bracket, stainless steel band & buckle 2.5 kN – 6 kN (bolt bracket); 4 kN (mounting hoop) Pole fixation, taumuʻa ʻo e holisi, cable routing, band-strap fastening

Ordinary indoor-grade plastic clamps are strictly not recommended for long-term outdoor aerial installations — they do not meet telecom durability specifications. For any outdoor deployment, choose an outdoor-rated plastic series (UV-additive PA6/PA66), foila alloy, or stainless steel from the tables above.

optical cable clamp series

Tension Clamp vs Suspension Clamp — What’s the Difference?

This is the most common source of buyer confusion, so it’s worth being precise:

Vavakovi / Fakamaʻu ʻo e Taula Suspension Clamp
What it does Holds the full axial tension of the cable — offsets pulling force at the line terminus Supports the vertical weight of the cable only — does not carry axial tension
Where it goes Line terminals, pole corners, dead-ends, equipment lead-in points Straight-line poles between terminals, mid-span fixation
Load profile Horizontal pulling force + all axial tension Vertical load (cable self-weight) taha pe
Typical tensile rating 600 N – 10 kN depending on material 1.5 kN vertical rated / 3.8 kN break strength
Tu'utu'uni 'o e tuhu Every line-end and every direction change needs one Use between terminals to prevent cable sag over distance

How to Choose the Right Clamp for Your Project

Four questions drive the right selection: function, fa'ahinga uaea, ʻātakaí, pea mo tensile load.

1. Match the Clamp to Your Cable Type

Faʻahinga Keipolo Recommended Clamp Series
FTTH drop cable (butterfly / bow-type) Plastic PA6/PA66 tension clamp, or stainless steel drop wire clamp for coastal use
ADSS single-jacket, spans up to 200 m Plastic PA6 anchor clamp with SS201 wire (short span); foila alloy 10 kN (long span)
ADSS double-jacket, spans up to 300 m Aluminum alloy tension clamp; suspension clamps between terminals
Figure-8 self-supporting cable (GYXTC8S) Figure-8 cable clamp matched to 2.5 mm galvanized messenger
Round cable, 2–8 mm diameter Stainless steel round-cable clamp
Flat / leather cable, 2×3 mm or 2×5 mm PA66 nylon flat cable clamp, hake ki he 1,062 N to'oto'o

2. Match the Material to Your Environment

ʻAtakai Naunau fokotuʻu Expected Service Life
General outdoor, inland, moderate climate Outdoor-grade PA6 / PA66 with UV additive 20+ ngaahi taʻu
Coastal salt-fog, mild marine exposure Aluminum alloy (trivalent chromium passivation) pe 304 stainless ukamea 10–15 years (foila); 15+ ngaahi taʻu (SS)
Heavy coastal salt spray, offshore 304 stainless ukamea, hot-dip galvanized suspension body 15+ ngaahi taʻu
Chemical / industrial atmosphere 316 stainless steel band & buckle Application dependent
Indoor risers, temporary wiring Standard plastic clamp acceptable Application dependent

3. Match Tensile Rating to Span and Wind Zone

  • 600 N – 1.5 kN: FTTH drop cable terminals, short residential runs, sheltered installations
  • 2.5 kN – 3 kN: Standard ADSS terminals, 3–9 mm cable diameter, moderate wind zones
  • 4 kN – 6 kN: Mid-span ADSS, higher wind loading, heavier cable OD
  • 8 kN – 10 kN: Long-span ADSS, coastal / high-wind zones, all-optical campus trunk (aluminum alloy recommended)

4. Confirm Cable Diameter Compatibility

Every clamp has a specified cable-diameter range. Common ranges we manufacture: 3–9 mm (plastic tension); 3–10 mm (foila alloy); 5–20 mm across A/B/C/D sizes (suspension); 2–8 mm (round steel). Always confirm the exact OD of your target cable before ordering.

Technical Specifications Across All Clamp Series

Fakangatangata Mahuʻinga
Test standard IEC 60794-1-2 tensile methodology (5 mm/min loading rate at room temperature)
Body materials PA6 / PA66 virgin engineering plastic (V0 flame-retardant on request); die-cast aluminum alloy; 201 / 304 stainless ukamea; hot-dip galvanized carbon steel
Steel wire material SS201 (tuʻunga moʻuí); SS304 (coastal / high corrosion)
Steel wire length ʻO aʻu 50 cm per side custom (aluminum alloy series)
Mafana ʻo e ʻea −40 ki he 10. +80 °C (plastic and aluminum series); −15 to +60 °C (standard PA6 tension)
Salt-spray resistance 96 hours neutral salt-spray test with no visible corrosion (304 stainless); exceeds market standard 72 h
Fakafepaki ʻa e ILI v UV-additive plastic tested for 20-year outdoor service life without cracking
Flame retardancy V0 grade available on request for plastic series
Design service life Pelesitiki 20 ngaahi taʻu; foila alloy 25 ngaahi taʻu; ta'ofi 25 ngaahi taʻu
Folá Hand installation, no special tools required for most series; installation videos provided per SKU

Ngaohi 'o e Malava mo e Pule'i 'o e Tu'unga Lelei .

Monthly Output

  • Plastic drop-wire clamp: 1,000,000 pieces per month standard capacity; expandable via additional mold slots to match project volume
  • Aluminum alloy tension clamp: dedicated die-casting line with in-house passivation
  • Stainless steel clamp: precision stamping + rolling forming, thickness range 0.5–1.2 mm

Raw Material Discipline

  • Plastic bodies use 100% virgin engineering pellets — no recycled or regrind material. Toughness and temperature stability stay consistent batch to batch.
  • Steel wire is genuine SS201 or SS304, not repurposed carbon steel with surface plating — corrosion protection lasts the product’s design life, not just its warranty period.
  • Aluminum alloy shells use a high-strength die-cast grade, protected by an eco-friendly trivalent chromium passivation conversion coating that blocks rain and UV attack.

100% Pre-Shipment Testing

  • Every batch: mālohinga tensile, toughness, appearance
  • Steel components: 96 h neutral salt-spray verification for 304 SS
  • Test loading follows IEC 60794-1-2 methodology at 5 mm/min
  • First-piece confirmation on every batch to eliminate batch-to-batch drift
  • Third-party RoHS and tensile test reports available on request

Ngaahi Fakamo'oni mo e Tauhi .

  • RoHS compliance certificates renewed annually
  • ISO 9001 Sisitemi Pule'i 'o e Tu'unga Lelei, factory-wide
  • IEC 60794-1-2 tensile test methodology followed for all clamp series
  • Third-party tensile, salt-spray, UV aging and flame-retardant reports available on request

'Oku kehekehe 'a e applicability 'o e fakamo'oni 'i he laine 'o e koloa mo e maketi 'oku 'alu ki ai. Please confirm the target country, deployment environment and required standards when requesting a quotation.

OEM, fakafonu & Ngaahi Fili Fakafo'ituitui

  • Custom logo: laser marking on plastic and metal parts; mold-printed logo for high-volume orders
  • Custom colour: shell colour customization on plastic clamps, mold development free of charge for qualifying volumes
  • Custom mold: full new-mold development supported for exclusive styles
  • Fakapuna angamaheni: private-label outer cartons, product logo printing, ngaahi fakapipiki fakaʻilonga ʻa e tokotaha fakataú; standard packing is individual PE bag with 80–100 pieces per carton depending on SKU
  • Sample policy: free single-piece sample on most SKUs; hake ki he 5 free samples on stainless steel round-cable clamp

ko e hā ʻoku tau fili ai kitautolú

Frequently Asked Questions About Fiber Optic Cable Clamp Sourcing

F1.. What is your minimum order quantity?

MOQ varies by series: 100 kongokonga for plastic and stainless steel drop-wire clamps; 500 kongokonga for suspension clamp, wedge-type tension, hardware brackets and hoops; 1 konga for stainless steel band & buckle sample. Custom mold development is available free of charge for qualifying volumes.

F2.. What is the standard lead time?

Suspension clamp: 10 ngaahi ʻahó. Plastic drop-wire clamp and stainless steel clamp: typically 10–15 days depending on quantity. Aluminum alloy and custom-colour or custom-mold builds: quoted per project. Regular configurations of common SKUs are held in stock and can ship within days.

F3.. Can you customize logo, colour, and packaging?

ʻIo. We support laser logo marking on plastic and metal parts, mold-printed logo for high-volume orders, shell colour customization on plastic clamps, and full private-label packaging (outer carton logo, ngaahi fakapipiki fakaʻilonga ʻa e tokotaha fakataú, product-logo printing). Custom mold development is supported and often provided free of charge for qualifying order volumes.

F4.. What is the difference between a tension clamp and a suspension clamp?

A tension (anchor) Maʻuʻanga Fakamatala holds the full axial tension of the cable at line terminals, pole corners and lead-in points — it bears the horizontal pulling force. A ta'ofi only supports the vertical weight of the cable on straight-line poles between terminals — it does not carry axial tension. Every line-end needs tension clamps; suspension clamps go in between to prevent cable sag.

F5.. Which material should I choose for coastal installations?

For heavy salt-spray environments, fakaʻaongaʻi 304 stainless ukamea for all steel components — our 304 grade passes a 96 h neutral salt-spray test with no visible corrosion (exceeding the industry-standard 72 h). Aluminum alloy with trivalent chromium passivation is a strong alternative for the clamp body, delivering 10–15 years of stable service in mild coastal salt fog. Avoid 201 stainless steel and galvanized carbon steel for prolonged coastal use — long-term maintenance cost will exceed the initial price difference.

F6.. What tensile strength do you offer?

Ratings by series: 600 N (tuʻunga moʻuí 0.5 mm stainless steel drop-wire clamp) hake ki he 1,500 N for thicker variants; 1.5 kN – 3 kN for standard plastic tension clamps; 2.5 kN – 6 kN for bolt-crimp bracket family; 4 kN for suspension clamp break strength (rated 1.5 kN vertical); hake ki he 8 kN for PA1500 heavy plastic anchor; hake ki he 10 kN for die-cast aluminum alloy tension clamp; hake ki he 15 kN for hardware series (metal bracket & buckle).

F7.. Do the clamps damage the fiber optic cable?

ʻIkai. Our tension clamps use a wedge self-locking + soft-contact protective design that distributes tension evenly over the contact section rather than concentrating pressure on a single point. Suspension clamps use a TPR soft rubber liner + galvanized steel shell composite structure that grips the cable without crushing the jacket or introducing microbend loss to the internal fiber.

F8.. Are special tools required for installation?

Most of our clamp series install by hand without special tools — the wedge self-locking design engages when tension is applied. We provide dedicated installation videos for each series. For safety we recommend wearing gloves when handling stainless steel edges. Bolt-crimp brackets use standard M4/M5/M6 hex bolts compatible with common wrenches.

F9.. What is the service life for outdoor installations?

Design service life: 20 ngaahi taʻu for UV-additive plastic clamps; 25 ngaahi taʻu for aluminum alloy and suspension clamps; 15 ngaahi taʻu in coastal salt-spray areas for hot-dip galvanized suspension clamps; 10 years+ for stainless steel drop-wire clamps in general outdoor use. Standard indoor plastic clamps are not suitable for long-term outdoor aerial installations.

F10. Can you provide samples for evaluation?

ʻIo. Free single-piece samples are available on most SKUs including PA6 tension clamps. Free samples up to 5 kongokonga on the stainless steel round-cable clamp. Buyers cover sample shipping cost, which is credited back on the first bulk order. Custom-colour or custom-mold samples are quoted per project.

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