St Cuthberts Botanical Ultra Smooth is a 300gsm paper which is mould made from 50% cotton, and which is suitable for use with watercolours, watercolour pencils and acrylics (as well as many dry media). It is acid free and calcium carbonate buffered. The absence of acid guarantees excellent permanence and resistance to ageing. The colour (High White) is a very close match to Fabriano 5, and it does contain optical brighteners to give it a bright white colour. It is ideal for botanical watercolour painting as well as charcoal, pastels and graphite.

Pads made of St Cuthberts Botanical Ultra Smooth paper are available in three sizes: A3, A4 and A5. These pads contain 10 sheets and are glue bound.

Need more information on the use of this product? If so, please ask!

SKU	PRKUSBGA5
Country of Manufacture	Royaume-Uni
Size : ISO (A Sizes)	A5
Surface : Type	Papier - Pad
Surface : Surface	Lisse
Paper : Surface	Doux/ Pressés à Chaud
Surface : Colour	Blanc
Surface : GSM Range	300 - 399 g/m²
Surface : gsm	300 g/m² (63 kg)
Paper : Format	Gommé
Quantity : Sheets	10 Feuilles
To use with	Aquarelle, Crayon Et Dessin
Quality	Excellent
Animal Derived Ingredient	N/A
Shipping Weight (kg)	0.1380

Commentaire par Feefo

Rating

Very thick smooth paper. Perfect for engraving work. (Posté le 20/06/2018)

SKU	PRKUSBGA5
Country of Manufacture	Royaume-Uni
Size : ISO (A Sizes)	A5
Surface : Type	Papier - Pad
Surface : Surface	Lisse
Paper : Surface	Doux/ Pressés à Chaud
Surface : Colour	Blanc
Surface : GSM Range	300 - 399 g/m²
Surface : gsm	300 g/m² (63 kg)
Paper : Format	Gommé
Quantity : Sheets	10 Feuilles
To use with	Aquarelle, Crayon Et Dessin
Quality	Excellent
Animal Derived Ingredient	N/A
Shipping Weight (kg)	0.1380

Commentaires

Commentaire par Feefo

Rating

Very thick smooth paper. Perfect for engraving work. (Posté le 20/06/2018)

St Cuthberts Mill :Papier Aquarelle Encollé : Ultra Lisse et Botanique

St Cuthberts Mill :Papier Aquarelle Encollé : Ultra Lisse et Botanique

St Cuthberts Mill :Papier Aquarelle Encollé : Ultra Lisse et Botanique