Lanbowan technology system:
Lanbowan products are in the premise physical computing precise and international advanced design concepts and technology, the use of advanced production technology and precise construction technology, total quality management TQC method is adopted in the whole process of the project, to ensure the lanbowan products not only beautiful and comfortable, safe and durable.
The contents of the yacht wharf project include the following:
1. feasibility study
2. conceptual design
Design of plane layout and effect map of 3. yacht wharf
4. detailed solutions and technical solutions
5. construction drawing design
6. manufacturing and ordering of parts and related equipment for Floating Wharf
Installation and construction of 7. floating dock
8 yacht floating terminal operators
Pontoon freeboard:
According to the international standard, all kinds of ship size setting range: freeboard pontoon dock for water sports small vessels, such as the Dragon Boat Regatta, 20-30 foot boat, need to choose 350mm low freeboard pontoon products; for general marina, such as 30 feet -60 feet boat, need to choose 500mm freeboard pontoon products; for super yacht berths such as, 80 feet -165 feet, choose 600-750mm freeboard pontoon products. We can also according to the different needs of freeboard boat dock design, we have professional design engineers for pontoon boat design your reasonable freeboard;
Floating bridge load:
The bridge load is calculated in accordance with the standard of the American yacht wharf, providing a floating bridge product designed from 150KG/M2-300KG/M2.
Standard Specification for lanbowan design based on Industry
Guide for design of yacht wharf (Q/CY LBW1.1-2011 lanbowan enterprise standard)
Design specification for JTS165-7-2014 yacht wharf
General design specification for JTJ211-99 seaport
GB50192-93 design code for Harbour Engineering
Study on the design technology of the marina (Zhongjiaosihang Institute)
Guidelines for design of marinas AS 3962 - 2001 Australian Standard (Australia)
Recommended practices for the installation of Marina Fueling systems (PEI/RP1000-09)
Guidelines for Marina berthing facilities (layout&design California standard)
Design:small craft berthing facilities (UFC 4-152-07N)
Design and construction code for JTJ294-98 slope wharf and Floating Wharf
Code for pile foundation of JTJ254-98 Port Engineering
JTJ215-98 port engineering load code
JTJ231-94 design specification for environmental protection of Port Engineering
JTJ226-97 specification for environmental impact assessment of port construction projects
Concrete construction code for JTJ268-96 water transport engineering
JTJ 215-98 port engineering load code
Anti corrosion technical specification for concrete structure of JTJ 275-2000 Harbor Engineering
Design and construction code for JTJ298-98 breakwater
JTJ285-2000
Design and construction regulations of JTJ248-2001 port engineering cast-in-place pile
Design and construction code for JTS167-1-2010 high pile wharf
Specification for design of GB50010-2002 concrete structure
Specification for design of GB50017-2003 steel structure
Construction code for GB50205-2001 steel structure
Corrosion grade and rust grade of steel surface before GB8923-88 coating
General technical conditions for GB14907-2002 steel structure fire retardant coatings
GB50014-2006 outdoor drainage design specification
GB50054-95 design specification for low voltage distribution
GBT6892-2000 aluminum and aluminum alloy hot extruded profiles for industrial use
Specification for structural design of GB50429-2007 aluminum alloy
Technical specification for welding of HGJ222-1992 aluminum and aluminum alloy
Code for acceptance of construction quality of GB50206-2002 wood structure engineering