Search results for 'red'

Translucent Red Oxide (PR101). Artificial mineral pigment, hydrated ferric oxides. Transparent and very lightfast. Stable in all media, medium drying rate in oil. Toxicity B. Learn More

Pozzuoli Red is a natural earth pigment that was originally found in the volcanic areas in Pozzuoli, Italy. It was unique for its cement-like setting qualities due to naturally occurring silica. Modern Pozzuoli Red refers to the warm red colour rather than this physical characteristic.

Toxicity: B

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NR4

Carmine has been used as a dye and pigment since antiquity. Originally derived from the kermes insect, it was replaced by cochineal following the discovery of the Americas. It has a good tinting strength and is very transparent, although it is fugitive to light.

Larger quantities are available by request.

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Venetian Red Pigment (PR101). Iron oxide and chalk. Semi-transparent and very lightfast. Stable in all media.

Limeproof

Toxicity: B

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English Red Light Pigment Learn More

PR101

Indian Red was imported into the UK during the nineteenth century, its present-day equivalent is a synthetic iron oxide. Its pigment code, PR101, refers to a wide spectrum of synthetic iron oxide pigments including yellows, oranges, reds, violet-browns and green-browns; Indian Red is a slightly cool, bluish shade of red. It is semi-opaque, stable in all media, lightfast, and possesses a good tinting strength 

Toxicity: B

Limeproof

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Quinacridone Red Pigment (PV19). Organic pigment. Very transparent. High tinting strength. Excellent Lightfastness. High oil absorption with slow drying rate. Requires wetting agent. Suitable for all media. Developed in the 1950's. Toxicity A/B. Learn More

PR101

Mars Red is an artificial mineral pigment. Its pigment code, PR101, refers to a wide spectrum of synthetic iron oxide pigments including yellows, oranges, reds, violet-browns and green-browns, which replace many natural earth colours to provide pigments without impurities and with great opacity. It has a good tinting strength, is lightfast and stable in all media, and has a medium drying time in oil.

Toxicity: B

Limeproof

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PR108

Cadmium Red is a synthetic organic pigment, which has been in use since the 1920s, effectively replacing vermilion. It is formed by heating cadmium sulphide and selenium, the hue is determined by the level of calcination and proportion of selenium. It is very opaque, and lightfast, with a high tinting strength. It absorbs a small amount of oil, and dries very slowly to form a hard, flexible paint film.

Larger quantities are available by request.  

Limeproof

Toxicity: C

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PR108

Cadmium Red Deep is a synthetic organic pigment, which has been in use since the 1920s, effectively replacing vermilion. It is formed by heating cadmium sulphide and selenium, the hue is determined by the level of calcination and proportion of selenium. It is very opaque, and lightfast, with a high tinting strength. It absorbs a small amount of oil, and dries very slowly to form a hard, flexible paint film.

Larger quantities are available by request.  

Limeproof

Toxicity: C

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Coral Red Pigment, Toxicity A/B Learn More

PR105

Lead Red is an early articficial pigment that dates back to antiquity. It is created by heating Lead White or Litharge at a constant temperature of 480ºC over a prolonged period of time. It is a fast-drying colour, with good tinting strength and opacity, and has been widely used as an underpaint for gilding and in industry. However, it is highly toxic and generally unstable, so has fallen out of use in favour of Cadmium pigments. The acid in linseed oil causes Lead Red to darken, and it can solidify when stored in a tube. In water-based mediums, it can turn black.

Toxicity: D 

Please note, unfortunately we are not able to send this product outside the UK.

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PR101

Red Ochre is a synthetic iron oxide pigment which provides the same level of semi-opacity that is associated with natural ochres. It has a good tinting strength and is stable in all media, including lime mortar. 

Toxicity B

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This lake pigment is made from the seeds, leaves and stem of the weld plant (Reseda Luteola) and for a natural dye based pigment is an incredibly lightfast warm yellow. Weld was used extensively throughout the 1700s -1800s to dye textiles and when mixed with verdigris the resulting grassy shade is known as the historical colour ‘Lincoln’s green’. Weld is a rare pigment to use as the pigment is not featured in many paint ranges due to its availability. Also many pigment suppliers will not have it as part of their offering. This pigment is made by extracting the soluble dye material from the plants and converting it into insoluble pigment, this is known as the leaking process. It comes in a 20 ml glass bottle with cork and wax seal. Learn More

Empty Aluminium Tubes. Learn More

Gum Mastic is a tree resin, which dissolves into a clear varnish with alcohol or turpentine, but not with mineral spirits. Mastic varnishes are more prone to blooming and darkening with age than damar-based varnishes, and painting mediums that contain gum mastic can deteriorate in unpredictable ways. For this reason, it is primarily used in restoration, rather than in the production of artwork. Learn More

PW1

Flake White Pigment, sometimes referred to as Lead White or Cremnitz White, is an artificial mineral pigment, lead carbonate. It is no longer available as a paint, due to its extreme toxicity. For this reason, great care must be taken when handling the dry pigment.

It is not usuable in water-based media, but works well in oils. It creates a flexible paint film that dries quickly. Although opaque, small quantities do not dominate mixtures, and can help slow-drying pigments to dry. For this reason, it has been a popular mixing white historically; in fact, until the mid-19th century, Flake White was the only white pigment available to artists. Although varnishing is generally considered optional for oil paintings, it is recommended for works containing Flake White, as contact with sulphur in the atmosphere can cause it to blacken. It creates a warm white, which can yellow over time when mixed with linseed oil.

Toxicity: D

Permitted uses: Restoration of art works and protected buildings when alternatives unsuitable.

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