Boero Orion Extra Antifouling For Propellers Shafts and Outdrives 250ml 201 Black #45100202

Boero Orion Extra Antifouling For Propellers Shafts and Outdrives 250ml 201 Black #45100202

Boero Orion Extra Antifouling For Propellers Shafts and Outdrives 250ml 201 Black #45100202

Insoluble matrix antifouling specific for protecting propellers, steel shafts and aluminium outdrives from marine fouling.
Price:
€26.05
Listing:
€40.08
You Save:
€14.03 (35%)

Description

Boero Orion Extra Antifouling For Propellers, Shafts and Outdrives. 0,25 Lt. 201 Black.

Insoluble matrix antifouling specific for protecting propellers, steel shafts and aluminium outdrives from marine fouling.

PHYSICAL ASPECTS (at 20°C)
Finish: Thixotropic
Colour: 201 Black
Solids (by volume): 50 ± 2 %
Specific gravity: 1,78 ÷ 1,82 g/cm³
Flash point: 30° C
Viscosity: 5.000 ÷ 10.000 cP

APPLICATIONS DATA
Application method: Thinner 693.000 (max. 5 %)
Dry film thickness: Standard range of application 50 μ - 70 μ (Recommended 60 μ)
Wet film thickness: Standard range of application 100 μ - 140 μ (Recommended 120 μ)
Theoretical yield at the thickness indication m2/litre: Application range at the thickness recommended 10
Recommended primers: Anticorrosiva CR – Mistral Fondo – Delta 3000 – Delta UC HB – Ancorprimer

SURFACE PREPARATION
Aluminium sterndrives: clean surface well and degrease if necessary; sand with fine grit sandpaper, remove dust and apply a cot of ORION PRIMER, after 6-8 hours apply a first coat (low thickness) of ORION EXTRA.
Bronze propellers and steel shafts: clean surface well and degrease if necessary;sand with thick grit sandpaper, wash with thinner to eliminate all traces of grease and dust, apply one coat of  ORION PRIMER, after 6-8 hours apply a first coat (low thickness) of ORION EXTRA. If necessry, dilute by 5-10% with Thinner 693.

dopo 6-8 ore applicare una prima mano a basso spessore di ORION EXTRA. Diluire eventualmente al 5-10% con Diluente 693.

CONDITIONS DURING APPLICATION
Ensure there is adequate ventilation when the paint is applied in confined spaces.