Prosertek’s designs, production processes and product testing are made according to the main international standards as:
BS 6349-1994: “BRITISH STANDARD”
- Terminology and symbology to be used in the design of fenders systems. Definition of each existing vessel types. Materials to be used in fenders systems.
- Determination of approach speed of each vessel types.
- Determination of kinetic energy and contact pressure.
- Effect of the approach angle in the energy absorption capacity of elastomers.
- Number of elastomers to install and the distance between axes of the elastomer.
- Characteristics of each different type of docks.
- Characteristics of each different type of fenders.
- Advantage and disadvantage of each different type of elastomers.
- Principles on the correct mooring of vessels
EAU 1996: “RECOMMENDATIONS OF THE COMMITTEE FOR WATERFRONT STRUCTURES HARBOURS AND WATERWAYS”
- Dimensions of each different type of vessels.
- Determination of approach speed.
- Characteristics of each different type of fenders.
- Characteristics of the rubber used in the manufacture of elastomers.
ROM 0.2 – 90: “RECOMMENDATIONS FOR MARINE WORKS. ACTIONS IN THE PROJECT OF MARITIME AND PORT WORKS.”
- Terminology and symbology to be used in the design of fenders systems.
- Dimensions of each different type of vessels.
- Determination of approach speed of each vessel types.
- Determination of kinetic energy.
- Characteristics of each different type of docks.
- Determination of contact pressure.
- Number of elastomers to install and the distance between axes of the elastomer.
PIANC : “Guidelines for the Design of Fenders Systems: 2002.”
- Terminology and symbology to be used in the design of fenders systems.
- Characteristics of each different type of elastomers.
- Hazard of metal corrosion. Determination of kinetic energy.
- Determination of approach speed of each vessel types.
- Necessity and selection of chains.
- Determination of contact pressure.
- Materials to be used in fenders systems.
- Quantity of elastomers to be install and the distance between axes of the elastomer.
- Characteristics of each different type of docks.
- Definition of each different type of vessels.
- Effect of the approach angle in the energy absorption capacity of elastomers.
- Protocol which defines the procedure for determining and inform the operating of fender systems.