Products
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360 Degree Rotation Mini Electric Winch
Technical parameter
Weight: 100kg
Working load: 100kg
Telescopic size of lifting arm: 1000~1500mm
Supporting wire rope: φ6mm,100m
Rotatable angle of lifting arm : 360 degrees
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Multi-Parameter Joint Water Sampler
The FS-CS series Multi-parameter Joint water sampler was independently developed by Frankstar Technology Group PTE LTD. Its releaser applies the principle of electromagnetic induction and can set a variety of parameters (time, temperature, salinity, depth, etc.) for programmed water sampling to achieve layered seawater sampling, which has high practicability and reliability.
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Kevlar (Aramid) Rope
Brief Introduction
The Kevlar rope used for mooring is a kind of composite rope, which is braided from arrayan core material with low helix angle, and the outer layer is tightly braided by extremely fine polyamide fiber, which has high abrasion resistance, to obtain the greatest strength-to-weight ratio.
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Dyneema (Ultra-high molecular weight polyethylene fiber) Rope
Frankstar (Ultra-high molecular weight polyethylene fiber) Rope, also called dyneema rope, is made of high-performance ultra-high molecular weight polyethylene fiber and is precisely crafted through an advanced wire reinforcement process. Its unique surface lubrication factor coating technology significantly enhances the smoothness and wear resistance of the rope body, ensuring that it does not fade or wear out over long-term use, while maintaining excellent flexibility.
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UAV-Borne Polarimetric Hyperspectral Imaging
A rotary-wing UAV remote sensing platform integrating polarimetric/hyperspectral technologies. Pixel-coregistered push-broom imaging solves traditional spatiotemporal mismatch, with airborne-ground closed-loop control for high-precision quantitative remote sensing.
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UAV-Mounted Comprehensive Sampling System
A “UAV + Payload” solution for coastal surveys, overcoming terrain, tide and manual limitations to deliver precise sediment and seawater sampling, with no personnel safety risks.
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FerryBox
4H- FerryBox: autonomous, low-maintenance measuring system
The -4H- FerryBox is an autonomous, low-maintenance measuring system, which is designed for the continuous operation onboard ships, on measurement platforms and at river banks. The -4H- FerryBox as a fixed installed system provides the ideal basis for extensive and continuous long-term monitoring while maintenance efforts are kept to a minimum. The integrated automatic cleaning system ensures a high data availability.
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CONTROS HydroFIA® TA
The CONTROS HydroFIA® TA is a flow through system for the determination of the total alkalinity in seawater. It can be used for continuous monitoring during surface water applications as well as for discrete sample measurements. The autonomous TA analyser can be easily integrated into existing automated measuring systems on voluntary observing ships (VOS) such as FerryBoxes.
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CONTROS HydroFIA pH
The CONTROS HydroFIA pH is a flow-through system for the determination of the pH value in saline solutions and ideally suited for measurements in seawater. The autonomous pH analyser can be used in the lab or easily integrated into existing automated measuring systems on e.g. voluntary observing ships (VOS).
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CONTROS HydroC® CO₂ FT
The CONTROS HydroC® CO₂ FT is a unique surface water carbon dioxide partial pressure sensor designed for underway (FerryBox) and lab applications. Fields of application include ocean acidification research, climate studies, air-sea gas exchange, limnology, fresh water control, aquaculture/fish farming, carbon capture and storage – monitoring, measurement and verification (CCS-MMV).
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CONTROS HydroC® CO₂
The CONTROS HydroC® CO₂ sensor is a unique and versatile subsea / underwater carbon dioxide sensor for in-situ and online measurements of dissolved CO₂. The CONTROS HydroC® CO₂ is designed to be used on different platforms following different deployment schemes. Examples are moving platform installations, such as ROV / AUV, long-term deployments on seabed observatories, buoys and moorings as well as profiling applications using water-sampling rosettes.
