Liquitex glossy varnish (473ml)

0 out of 5
26,00

473ml of glossy acrylic Liquitex varnish. This varnish is translucent and soluble in water when liquid. Once it dries it creates a completely waterproof and transparent layer. It doesn’t yellow over time and it’s UV resistant. Therefore, this varnish offers a very high protection to our plates.

It is a very good alternative to traditional varnishes when we use old collodion. Alcohol based varnishes are prone to dissolve the images created with reddish (old) collodion. It is highly recommended the use of this type of water based varnish.

If well preserved, this varnish should last for a long time.

Liquitex glossy varnish (946ml)

0 out of 5
40,00

946ml of glossy acrylic Liquitex varnish. This varnish is translucent and soluble in water when liquid. Once it dries it creates a completely waterproof and transparent layer. It doesn’t yellow over time and it’s UV resistant. Therefore, this varnish offers a very high protection to our plates.

It is a very good alternative to traditional varnishes when we use old collodion. Alcohol based varnishes are prone to dissolve the images created with reddish (old) collodion. It is highly recommended the use of this type of water based varnish.

If well preserved, this varnish should last for a long time.

Hydrometer (1,000-1,100 g/cm3)

0 out of 5
22,00

Precision hydrometer calibrated for specific densities between 1,000 g/cm3 and 1,100 g/cm3

Silver nitrate baths used in the wet plate process are a 9% silver nitrate solution in distilled water. That means 90g of silver nitrate dissolved in one liter of distilled water. Once we prepare this mix, there is only one way to find out how much silver nitrate there is in the bath: we need to measure the specific density of the solution with a hydrometer.

A 9% silver nitrate bath has a specific density of 1,067g/cm3. If our bath has a lower density we will have to add silver nitrate to the mix

Clear borosilicate lab bottle (1000ml)

0 out of 5
16,00

1000ml clear borosilicate bottle

Forget about old bottles and cork caps! Use modern lab bottles to help preserve your chemicals. These bottles are more resistant to impacts and temperature changes than regular glass bottles; they also have airtight caps.

Clear borosilicate lab bottle (250ml)

0 out of 5
9,00

250ml clear borosilicate bottle

Forget about old bottles and cork caps! Use modern lab bottles to help preserve your chemicals. These bottles are more resistant to impacts and temperature changes than regular glass bottles; they also have airtight caps.

Clear borosilicate lab bottle (500ml)

0 out of 5
11,00

500ml clear borosilicate bottle

Forget about old bottles and cork caps! Use modern lab bottles to help preserve your chemicals. These bottles are more resistant to impacts and temperature changes than regular glass bottles; they also have airtight caps.

Safety goggles

0 out of 5
7,00

Safety goggles.

Safety goggles are essential when mixing collodion salts and in every process which involves acids, silver nitrate or any other harmful chemical.

Nitrile Gloves 100pcs

0 out of 5
18,00

Nitrile glove box 100pcs.

The use of nitrile gloves is highly recommended for alternative processes because they don’t have talcum powder that might ruin your prints and they are more resistant to chemicals than latex gloves.

10ml syringes

0 out of 5
0,70

10ml syringe.

The syringes are ideal for measuring small amounts of liquids accurately without the use of pipettes, which are much more expensive. For example, to replenish ether and alcohol in the excess collodion to return it to the original proportions of the mixture.

As with the other bottles, funnels, etc. involved in the process, it is essential to use them for a single chemical to avoid cross-contamination.

20ml syringe

0 out of 5
0,95

20ml syringe.

The syringes are ideal for measuring small amounts of liquids accurately without the use of pipettes, which are much more expensive. For example, to replenish ether and alcohol in the excess collodion to return it to the original proportions of the mixture.

As with the other bottles, funnels, etc. involved in the process, it is essential to use them for a single chemical to avoid cross-contamination.

Cyanotype Kit 200ml

0 out of 5
22,00

The kit includes two 100ml bottles and two syringes to measure the right amount of each product. Solutions A and B are not sensitive to light until they are mixed together. They should only be mixed (on the ratio 1:1) right before applying them.

Cyanotype on Glass Kit 250ml

0 out of 5
45,00

The kit includes a flask containing the cyanotipe gelatin emulsion. it comes in a light-tight envelope. The content should be opened under a safety light. Instructions for applying the emulsion and processing the plates will also be provided.

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