Calculations

Ship particulars

Name of the vessel/ project:
Loalength over all
ddraft maximum
Bbreadth extreme
Padjustment for shape
0.90 for big tankers
0.65 for bulk carriers
0.70 - 0.75 for dry cargo liners
Htheight of topsides (depth-draugth)
Hbheight Boottop
FvFactor for vertical side
FbFactor for boottop
FtFactor for topside
Loss during application%

Special remarks

P - This has to be decided by actual shape of the vessel.
Loss during application (%):
1. is depending on actual conditions.
2. A loss factor of 30% is a general practice.

Surface

BoottopA = Loa x Hb x 2 x Fb0
Vertical SideA = Loa x d x Fv0
Flat BottomA = Loa x B x P0
TopsidesA = Loa x Ht x Ft0
Close
Key:
Name:
Color:
Volume solids:%
Dry film thickness:
Adju.SQM:%

Distribution Plan

Boottop

Add
Product KeyName of
the Product
ColorVolume
Solids%
dry film
thickness
wet film
thickness
SQMadju. SQMpract.
SQM
Loss FactorPractical
Spreading Rate
Total
Liters
Remove

Vertical Side

Add
Product KeyName of the ProductColorVolume Solids%dry film
thickness
wet film
thickness
SQMadju. SQMpract. SQMLoss FactorPractical
Spreading Rate
Total LitersRemove

Flat Bottom

Add
Product KeyName of the ProductColorVolume Solids%dry film
thickness
wet film
thickness
SQMadju. SQMpract. SQMLoss FactorPractical
Spreading Rate
Total LitersRemove

Topsides

Add
Product KeyName of the ProductColorVolume Solids%dry film
thickness
wet film
thickness
SQMadju. SQMpract. SQMLoss FactorPractical
Spreading Rate
Total LitersRemove

Purchase list

Product KeyName of the ProductColorVolume Solids%Total Liters