Lactose
2,99 € – 39,99 €
Name: Lactose, Milk sugar
Chemical formula: C12H22O11
Particle size: very fine powder
Description: Lactose is extensively used as a combustion agent in colored smoke compositions containing organic dyes. Sometimes it finds use also as a fuel in blue color compositions, where cool burning is required
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Iron (III) Oxide Red (Fe2O3) [<1µm] Super Fine
5,99 € – 44,99 €Select optionsName: Red Iron Oxide, Iron(III)Oxide
Chemical formula: Fe2O3
Particle size: <1 µm super fineDescription: Red iron oxide is used as a catalyst in composite, whistling rocket and for making thermite
Precaution:
H: 315‐319‐335
P: 261‐305+351+338
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Potassium Perchlorate solution (KClO4/H2O)
22,99 € – 39,99 €Select optionsName: Potassium Perchlorate solution, Pyro-Liquid 1, Potassium Perchlorate (KClO4) [Heterogenous mixture/Solution]
Chemical formula: KClO4/H2O, <40% KClO4, >60% H2O
Particle size: fine powder or crystals after dryDescription: Potassium perchlorate is a very common oxidiser in pyrotechnics. Composition based on perchlorates tend to be less sensitive than those based on chlorates, and perchlorates can be used with sulfur and sulfides
Precaution:
H: 271‐302
P: 210‐221
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Potassium Chlorate solution (KClO3/H2O)
22,99 € – 39,99 €Select optionsName: Potassium Chlorate solution, Pyro-Liquid 2, Potassium Chlorate (KClO3) [Heterogenous mixture/Solution]
Chemical formula: KClO3/H2O, <40% KClO3, >60% H2O
Particle size: fine powder or crystals after dryDescription: Potassium chlorate is a very common oxidiser in pyrotechnics for smokes and colors
Precaution:
H: 271‐302‐332‐411
P: 210‐221‐273 
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Dextrin
6,49 € – 49,99 €Select optionsName: Dextrin
Chemical formula: C6H10O5
Particle size: powderDescription: Dextrin is one of the most commonly used binders in pyrotechnics as it is very cheap and readily available. It is water-soluble and can produce rock hard stars. Its cohesive power is weaker than that of SGRS anyway. Dextrin should not be used in a very damp climate as the stars tend to get wet rather than non-dextrin stars. Western pyrotechnics uses dextrin rather than SGRS, while the former is not popular in Japan and China.
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Magnalium (MgAl) [63µm]
10,99 € – 106,99 €Select optionsName: Magnalium
Chemical formula: MgAl
Particle size: 63µm
purity: 99,6%Description: Alloy of magnesium and aluminum, usually 50:50. Some common uses are in for spark effects, in strobing compositions and in crackling stars
Precaution:
H: 260,228
P: 402+P404,370+378,210 -
Charcoal Oak
9,49 € – 57,99 €Select optionsName: Charcoal Oak
Chemical formula: C
Particle size: very fine powder
purity: 99%Description: Charcoal finds widespread use in pyrotechnics. Many types of charcoal exist, each with its own properties. It is a complex organic substance containing moisture, ash, carbon, hydrogen, oxygen and a variety of volatiles. All of these elements have a vital use in fireworks. Charcoal made from willow or grapevine is considered great for black powder, while hardwood charcoals e.g. pine charcoal are commonly used for spark effects. The particle size and the process used to make the charcoal also play an important role in the quality of the charcoal for a specific purpose. Very fine charcoal floats in air and is therefore sometimes referred to as ‘airfloat’. Because charcoal is a very important chemical it is listed in the Beginners’ pages
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Strontium Nitrate (Sr(NO3)2)
6,99 € – 73,99 €Select optionsName: Strontium Nitrate, Strontium dinitrate
Chemical formula: Sr(NO3)2
Particle size: 200µm (crystalline powder)
purity: 99,8% With anti-caking (easier handeling)Description: Strontium nitrate is an oxidizer commonly employed in red color compositions in combination with chlorine donors
Precaution:
H: 271‐318
P: 210‐220‐280‐283‐305+351+338‐306+360
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