THOR SERIES — CAGE BRACKET
More than 100,000 brackets. In 39 countries.
Injection-moulded HDPE fish cage bracket. Single-part moulding — no joints. All high-density polyethylene; no metal hardware, no coating, no fasteners.
3D MODEL
Pick a variant, rotate, view in AR
Designed for these scenarios.
Lakes and sheltered bays
Lakes, bays and semi-exposed coastal sites — 250 mm main pipe diameter is sufficient. Low wave energy, controlled current. In service from Turkish inland waters to African lakes and Central Asian rivers across dozens of facilities. — THOR-2x250
Heavier stocking
For sites with stronger wave and wind exposure, or increased stocking density. Typically used in cages with 20 to 30 metre diameter. — THOR-2x315
Structural integrity against current
Where wind and current loads are higher, or net depth is increased, and maintaining stocking density or circular cage form is the priority. Used in cages up to 40 metre diameter. — THOR-3x315
Open ocean, large diameter, high load
The 400-500 mm range is used for tuna and large-diameter cage projects in deep-water and high-current sites. A single bracket weighs up to 58 kg — site loading scales accordingly. — THOR-2x400 / 2x450 / 2x500
Optimized structural behavior.
PE100-grade HDPE — UV-protected with min 2.25% carbon black, ISO 4427 compliant. UV-stable black compound with an expected service life of 30 years in seawater and UV exposure.
Production at our 5,000 m² facility in İzmir: 5 injection presses — all robot-arm automated — and over 50 moulds, with shot-weight capacity from 100 g to 90 kg. Production date and batch number are traceable on every shipment.
More than 100,000 brackets in service today, shaping cages across 39 countries. Zero warranty claims in 10 years of field records.
- Production volume
- 100,000+ injection parts, in 39 countries
- Field record
- 10 years, no warranty claims
- Raw material
- PE100 — UV-protected · ISO 4427
- Models
- 6 models — 2x250, 2x315, 3x315, 2x400, 2x450, 2x500
- Main pipe diameter range
- 250 mm – 500 mm
- Manufacturing method
- Injection moulding — robot-arm automated
VARIANT COMPARISON



