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How do you calculate the required amount of Farrow & Ball Modern Emulsion?

Measure the length and width of the surface you are going to treat. Multiply these together and then divide by the consumption per liter. Now you know how many liters you need for 1 coat Farrow & Ball Modern Emulsion. For example: for a surface of 6 m x 2 m (12 m² : 12 m² = 1 liter) you need 1 liter of Farrow & Ball Modern Emulsion for 1 coat (calculated with a consumption of 12 m² per liter).

Read the product advice carefully in advance for optimal results.

How do you calculate the required amount of Farrow & Ball Estate Emulsion?

Measure the length and width of the surface you are going to treat. Multiply these together and then divide by the consumption per liter. Now you know how many liters you need for 1 coat Farrow & Ball Estate Emulsion. For example: for a surface of 7 m x 2 m (14 m² : 14 m² = 1 liter) you need 1 liter of Farrow & Ball Estate Emulsion for 1 coat (calculated with a consumption of 14 m² per liter). 

Read the product advice carefully in advance for optimal results.

How do you calculate the required amount of Farrow & Ball Modern Eggshell? 

Measure the length and width of the surface you are going to treat. Multiply these together and then divide by the consumption per liter. Now you know how many liters you need for 1 coat Farrow & Ball Modern Eggshell. For example: for a surface of 6 m x 2 m (12 m² : 12 m² = 1 liter) you need 1 liter of Farrow & Ball Estate Emulsion for 1 coat (calculated with a consumption of 12 m² per liter). 

Read the product advice carefully in advance for optimal results.

How do you calculate the required amount of Farrow & Ball Estate Eggshell?

Measure the length and width of the surface you are going to treat. Multiply these together and then divide by the consumption per liter. Now you know how many liters you need for 1 coat Farrow & Ball Estate Eggshell
For example: for a surface of 6 m x 2 m (12 m² : 12 m² = 1 liter) you need 1 liter of 
Farrow & Ball Estate Eggshell (calculated with a consumption of 12 m² per liter). 

Read the  product advice read carefully for an optimal result.

How do you calculate the required amount of Farrow & Ball Full Gloss?

Measure the length and width of the surface you are going to treat. Multiply these together and then divide by the consumption per liter. Now you know how many liters you need for 1 layer Farrow & Ball Full Gloss. For example: for a surface of 6 m x 2 m (12 m² : 12 m² = 1 liter) you need 1 liter Farrow & Ball Full Gloss for 1 layer (calculated with a consumption of 12 m² per liter).

Read the product advice carefully for an optimal result.

How do you calculate the required amount of Farrow & Ball Dead Flat?

Measure the length and width of the surface you are going to treat. Multiply these together and then divide by the consumption per liter. Now you know how many liters you need for 1 layer Farrow & Ball Dead Flat. For example: for a surface of 6 m x 2 m (12 m² : 12 m² = 1 liter) you need 1 liter Farrow & Ball Dead Flat for 1 layer (calculated with a consumption of 12 m² per liter).

Read the product advice carefully for an optimal result.

How do you calculate the required amount of Farrow & Ball Exterior Eggshell?

Measure the length and width of the surface you are going to treat. Multiply these together and then divide by the consumption per liter. Now you know how many liters you need for 1 layer Farrow & Ball Exterior Eggshell. For example: for a surface of 8 m x 2 m (16 m² : 13 m² = 1.23 liters) you need 1.23 liters Farrow & Ball Exterior Eggshell for 1 layer. (Calculated with a consumption of 13 m² per liter.)

Read the product advice carefully for an optimal result.

How do you calculate the required amount of Farrow & Ball Exterior Masonry Paint?

Measure the length and width of the surface you are going to treat. Multiply these together and then divide by the consumption per liter. Now you know how many liters you need for 1 layer Farrow & Ball Exterior Masonry Paint. For example: for a surface of 5 m x 2 m (10 m² : 8 m² = 1.25 liters) you need 1.25 liters Farrow & Ball Exterior Masonry Paint for 1 layer. (Calculated with a consumption of 8 m² per liter.)

Read the product advice carefully for an optimal result.

How do you calculate the required amount Farrow & Ball Casein Distemper?

Measure the length and width of the surface you are going to treat. Multiply these together and then divide by the consumption per liter. Now you know how many liters you need for 1 coat Farrow & Ball Casein Distemper. For example: with a surface of 8 m x 2 m (16 m² : 13 m² = 1.23 liters) you need 1.23 liters Farrow & Ball Casein Distemper for 1 coat. (Calculated with a consumption of 13 m² per liter.)

Read the product advice carefully in advance for optimal results.

How do you calculate the required amount of Farrow & Ball Soft Distemper?

Measure the length and width of the surface you are going to treat. Multiply these together and then divide by the consumption per liter. Now you know how many liters you need for 1 coat Farrow & Ball Soft Distemper. For example: with a surface of 8 m x 2 m (16 m² : 13 m² = 1.23 liters) you need 1.23 liters Farrow & Ball Casein Distemper for 1 coat. (Calculated with a consumption of 13 m² per liter.)

Read the product advice carefully in advance for optimal results.

How do you calculate the required amount of Farrow & Ball Limewash?

Measure the length and width of the surface you are going to treat. Multiply these together and then divide by the consumption per liter. Now you know how many liters you need for 1 coat Farrow & Ball Limewash. For example: with a surface of 5 m x 2 m (10 m² : 8 m² = 1.25 liters) you need 1.25 liters Farrow & Ball Casein Distemper for 1 coat. (Calculated with a consumption of 8 m² per liter.)

Read the product advice carefully in advance for optimal results.

How do you calculate the required amount of Farrow & Ball Wood Primer & Undercoat?

Measure the length and width of the surface you are going to treat. Multiply these together and then divide by the consumption per liter. Now you know how many liters you need for 1 coat Farrow & Ball Wood Primer & Undercoat. For example: with a surface of 6 m x 2 m (12 m² : 12 m² = 1 liter) you need 1 liter Farrow & Ball Wood Primer & Undercoat for 1 coat. (Calculated with a consumption of 12 m².) 

Read the product advice carefully in advance for optimal results.

How do you calculate the required amount of Farrow & Ball Metal Primer & Undercoat?

Measure the length and width of the surface you are going to treat. Multiply these together and then divide by the consumption per liter. Now you know how many liters you need for 1 coat Farrow & Ball Metal Primer & Undercoat. For example: for a surface of 6 m x 2 m (12 m² : 12 m² = 1 liter) you need 1 liter of Farrow & Ball Metal Primer & Undercoat for 1 coat. (Calculated with a consumption of 12 m² per liter.)

Read the product advice carefully beforehand for optimal results.

How do you calculate the required amount of Farrow & Ball Wall & Ceiling Primer & Undercoat?

Measure the length and width of the surface you are going to treat. Multiply these together and then divide by the consumption per liter. Now you know how many liters you need for 1 coat Farrow & Ball Wall & Ceiling Primer & Undercoat. For example: for a surface of 6 m x 2 m (12 m² : 12 m² = 1 liter) you need 1 liter of Farrow & Ball Metal Primer & Undercoat for 1 coat. (Calculated with a consumption of 12 m² per liter.)

Read the product advice carefully beforehand for optimal results.

How do you calculate the required amount of Farrow & Ball Masonry & Plaster Stabilising Primer?

Measure the length and width of the surface you are going to treat. Multiply these together and then divide by the consumption per liter. Now you know how many liters you need for 1 coat Farrow & Ball Masonry & Plaster Stabilising Primer. For example: for a surface of 12 m x 2 m (24 m² : 20 m² = 1.2 liters) you need 1.2 liters of Farrow & Ball Masonry & Plaster Stabilising Primer for 1 coat. (Calculated with a consumption of 20 m² per liter.)

Read the product advice carefully beforehand for optimal results.