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Desiccators for drying / storage
SICCO Desiccators are designed for storing or drying humidity sensitive products using silica gelGlossarysilica gelSilica gel is a colourless amorphous silicic acid with a gel-like consistency. It has a large inner surface area. It is very hygroscopic and can be used as gelling agent, filtering or absorption material and desiccant. Normally coupled with an indicator, silica gel changes colour as soon as it absorbs water; the gel remains pourable and dimensionally stable even in saturated condition. It can be regenerated on a metallic sieve or on a baking tray at approx. 90–110 °C (a microwave oven is not suitable for regeneration!).. The tight fitting door protects the contents from contamination from the atmosphere. The controlled environment inside the desiccators are ideal for storing reference materials, retained samples, metallographic specimen, tobacco and DNA samples.
SICCO Star-Vitrum Desiccator, borosilicate glassGlossaryborosilicate glassis crystal-clear, non-coloured and shows no significant absorption in the visible spectrum. The permeability of ultraviolet radiation allows it to use the products for photochemical reactions. The refraction index is at 1,472 (with 589,3 nm) and the photoelastic constant is B 3,6 10-6 MPa-1. The physical properties are described in norm DIN ISO 3585. Borosilicate glass has a high chemical resistance against alcohols, water and acids and their mixtures, as well as chlorine, iodine, bromine. The interaction of water only has a small effect on the glass. A thin layer of fused quartz is built up which reduces a further attack on the glass.Water resistance (ISO 719); Water classification 1Acid resistance (ISO 1776; Acid classification 1-2Alcali resistance (ISO 695); Alcali classification 2Glossaryborosilicate glassGlossaryborosilicate glassis crystal-clear, non-coloured and shows no significant absorption in the visible spectrum. The permeability of ultraviolet radiation allows it to use the products for photochemical reactions. The refraction index is at 1,472 (with 589,3 nm) and the photoelastic constant is B 3,6 10-6 MPa-1. The physical properties are described in norm DIN ISO 3585. Borosilicate glass has a high chemical resistance against alcohols, water and acids and their mixtures, as well as chlorine, iodine, bromine. The interaction of water only has a small effect on the glass. A thin layer of fused quartz is built up which reduces a further attack on the glass.Water resistance (ISO 719); Water classification 1Acid resistance (ISO 1776; Acid classification 1-2Alcali resistance (ISO 695); Alcali classification 2is crystal-clear, non-coloured and shows no significant absorption in the visible spectrum. The permeability of ultraviolet radiation allows it to use the products for photochemical reactions. The refraction index is at 1,472 (with 589,3 nm) and the photoelastic constant is B 3,6 10-6 MPa-1. The physical properties are described in norm DIN ISO 3585. Borosilicate glass has a high chemical resistance against alcohols, water and acids and their mixtures, as well as chlorine, iodine, bromine. The interaction of water only has a small effect on the glass. A thin layer of fused quartz is built up which reduces a further attack on the glass.Water resistance (ISO 719); Water classification 1Acid resistance (ISO 1776; Acid classification 1-2Alcali resistance (ISO 695); Alcali classification 2 3.3
Cat.-No. V 1841-...
Panels made of borosilicate glassGlossaryborosilicate glassis crystal-clear, non-coloured and shows no significant absorption in the visible spectrum. The permeability of ultraviolet radiation allows it to use the products for photochemical reactions. The refraction index is at 1,472 (with 589,3 nm) and the photoelastic constant is B 3,6 10-6 MPa-1. The physical properties are described in norm DIN ISO 3585. Borosilicate glass has a high chemical resistance against alcohols, water and acids and their mixtures, as well as chlorine, iodine, bromine. The interaction of water only has a small effect on the glass. A thin layer of fused quartz is built up which reduces a further attack on the glass.Water resistance (ISO 719); Water classification 1Acid resistance (ISO 1776; Acid classification 1-2Alcali resistance (ISO 695); Alcali classification 2Glossaryborosilicate glassGlossaryborosilicate glassis crystal-clear, non-coloured and shows no significant absorption in the visible spectrum. The permeability of ultraviolet radiation allows it to use the products for photochemical reactions. The refraction index is at 1,472 (with 589,3 nm) and the photoelastic constant is B 3,6 10-6 MPa-1. The physical properties are described in norm DIN ISO 3585. Borosilicate glass has a high chemical resistance against alcohols, water and acids and their mixtures, as well as chlorine, iodine, bromine. The interaction of water only has a small effect on the glass. A thin layer of fused quartz is built up which reduces a further attack on the glass.Water resistance (ISO 719); Water classification 1Acid resistance (ISO 1776; Acid classification 1-2Alcali resistance (ISO 695); Alcali classification 2is crystal-clear, non-coloured and shows no significant absorption in the visible spectrum. The permeability of ultraviolet radiation allows it to use the products for photochemical reactions. The refraction index is at 1,472 (with 589,3 nm) and the photoelastic constant is B 3,6 10-6 MPa-1. The physical properties are described in norm DIN ISO 3585. Borosilicate glass has a high chemical resistance against alcohols, water and acids and their mixtures, as well as chlorine, iodine, bromine. The interaction of water only has a small effect on the glass. A thin layer of fused quartz is built up which reduces a further attack on the glass.Water resistance (ISO 719); Water classification 1Acid resistance (ISO 1776; Acid classification 1-2Alcali resistance (ISO 695); Alcali classification 2 3.3, including four shelves made of stainless steel, tray, hygrometerGlossaryhygrometer Device gauging humidity or content of water vapour in the air. and desiccant, usable with up to 26 shelves, stackable.
Cat.-No. V 1841-...
Panels made of borosilicate glassGlossaryborosilicate glassis crystal-clear, non-coloured and shows no significant absorption in the visible spectrum. The permeability of ultraviolet radiation allows it to use the products for photochemical reactions. The refraction index is at 1,472 (with 589,3 nm) and the photoelastic constant is B 3,6 10-6 MPa-1. The physical properties are described in norm DIN ISO 3585. Borosilicate glass has a high chemical resistance against alcohols, water and acids and their mixtures, as well as chlorine, iodine, bromine. The interaction of water only has a small effect on the glass. A thin layer of fused quartz is built up which reduces a further attack on the glass.Water resistance (ISO 719); Water classification 1Acid resistance (ISO 1776; Acid classification 1-2Alcali resistance (ISO 695); Alcali classification 2Glossaryborosilicate glassGlossaryborosilicate glassis crystal-clear, non-coloured and shows no significant absorption in the visible spectrum. The permeability of ultraviolet radiation allows it to use the products for photochemical reactions. The refraction index is at 1,472 (with 589,3 nm) and the photoelastic constant is B 3,6 10-6 MPa-1. The physical properties are described in norm DIN ISO 3585. Borosilicate glass has a high chemical resistance against alcohols, water and acids and their mixtures, as well as chlorine, iodine, bromine. The interaction of water only has a small effect on the glass. A thin layer of fused quartz is built up which reduces a further attack on the glass.Water resistance (ISO 719); Water classification 1Acid resistance (ISO 1776; Acid classification 1-2Alcali resistance (ISO 695); Alcali classification 2is crystal-clear, non-coloured and shows no significant absorption in the visible spectrum. The permeability of ultraviolet radiation allows it to use the products for photochemical reactions. The refraction index is at 1,472 (with 589,3 nm) and the photoelastic constant is B 3,6 10-6 MPa-1. The physical properties are described in norm DIN ISO 3585. Borosilicate glass has a high chemical resistance against alcohols, water and acids and their mixtures, as well as chlorine, iodine, bromine. The interaction of water only has a small effect on the glass. A thin layer of fused quartz is built up which reduces a further attack on the glass.Water resistance (ISO 719); Water classification 1Acid resistance (ISO 1776; Acid classification 1-2Alcali resistance (ISO 695); Alcali classification 2 3.3, including four shelves made of stainless steel, tray, hygrometerGlossaryhygrometer Device gauging humidity or content of water vapour in the air. and desiccant, usable with up to 26 shelves, stackable.
SICCO Vitrum Maxi 2-Desiccator, borosilicate glassGlossaryborosilicate glassis crystal-clear, non-coloured and shows no significant absorption in the visible spectrum. The permeability of ultraviolet radiation allows it to use the products for photochemical reactions. The refraction index is at 1,472 (with 589,3 nm) and the photoelastic constant is B 3,6 10-6 MPa-1. The physical properties are described in norm DIN ISO 3585. Borosilicate glass has a high chemical resistance against alcohols, water and acids and their mixtures, as well as chlorine, iodine, bromine. The interaction of water only has a small effect on the glass. A thin layer of fused quartz is built up which reduces a further attack on the glass.Water resistance (ISO 719); Water classification 1Acid resistance (ISO 1776; Acid classification 1-2Alcali resistance (ISO 695); Alcali classification 2Glossaryborosilicate glassGlossaryborosilicate glassis crystal-clear, non-coloured and shows no significant absorption in the visible spectrum. The permeability of ultraviolet radiation allows it to use the products for photochemical reactions. The refraction index is at 1,472 (with 589,3 nm) and the photoelastic constant is B 3,6 10-6 MPa-1. The physical properties are described in norm DIN ISO 3585. Borosilicate glass has a high chemical resistance against alcohols, water and acids and their mixtures, as well as chlorine, iodine, bromine. The interaction of water only has a small effect on the glass. A thin layer of fused quartz is built up which reduces a further attack on the glass.Water resistance (ISO 719); Water classification 1Acid resistance (ISO 1776; Acid classification 1-2Alcali resistance (ISO 695); Alcali classification 2is crystal-clear, non-coloured and shows no significant absorption in the visible spectrum. The permeability of ultraviolet radiation allows it to use the products for photochemical reactions. The refraction index is at 1,472 (with 589,3 nm) and the photoelastic constant is B 3,6 10-6 MPa-1. The physical properties are described in norm DIN ISO 3585. Borosilicate glass has a high chemical resistance against alcohols, water and acids and their mixtures, as well as chlorine, iodine, bromine. The interaction of water only has a small effect on the glass. A thin layer of fused quartz is built up which reduces a further attack on the glass.Water resistance (ISO 719); Water classification 1Acid resistance (ISO 1776; Acid classification 1-2Alcali resistance (ISO 695); Alcali classification 2 3.3
Cat.-No. V 1845-...
BOROSILICATE GLASS 3.3/ALUMINIUM, 2 separate chambers, with: each 1 elastic gasket-lined door, each 1 desiccant tray, each 1 mounted hygrometerGlossaryhygrometer Device gauging humidity or content of water vapour in the air. , each 2 removable shelves made of Stainless Steel, 4 casters with brakes.
Cat.-No. V 1845-...
BOROSILICATE GLASS 3.3/ALUMINIUM, 2 separate chambers, with: each 1 elastic gasket-lined door, each 1 desiccant tray, each 1 mounted hygrometerGlossaryhygrometer Device gauging humidity or content of water vapour in the air. , each 2 removable shelves made of Stainless Steel, 4 casters with brakes.
