PGM Products

The items listed are examples. For other similar needs, please contact us.

SILVER GROUP METALS

Silver Nitrate

63.50%
Salt
CAS 7761-88-8

Silver Oxide

93.10%
Salt
CAS 20667-12-3

Potassium Dicyanoargentate

54.00%
Salt
CAS 506-61-6

Silver Cyanide

80.60%
Salt
CAS 506-64-9

GOLD GROUP METALS

Potassium Tetracyanoaurate (III)

58.00%
Salt
CAS 14263-59-3

Potassium Dicyanoaurate (I)

68.30%
Salt
CAS 13967-50-5

Sodium Gold (I) Sulfite

10.00%
Solution
Na3Au(SO3)2

Tetrachloroauric Acid

25.00%
Solution
HAuCl4 in HCl

Tetrachloroauric Acid

25.00%
Solution
HAuCl4 in HCl

PLATINUM GROUP METALS

Platino (II) Diamine Dinitrite

2.50%
Solution
Pt(NH3)2(NO2)2 in H2SO4

Platino (II) Diamine Dinitrite

20.10%
Solution
Pt(NH3)2(NO2)2 in HNO3

Hexachloroplatinic Acid (IV)

>39.00% w/w
Salt
CAS 26023-84-7

Hexachloroplatinic Acid (IV)

20.00%
Solution
H2PtCl6 in HCl

PALLADIUM GROUP METALS

Palladium (II) Chloride

25.00%
Solution
PdCl2 in HCl

Palladium (II) Nitrate

10.00%
Solution
Pd(NO3)2 in HNO3

Palladium (II) Chloride

6.00%
Solution
PdCl2 in HCl

Palladium (II) Nitrate

6.80%
Solution
Pd(NO3)2 in HNO3

Palladium (II) Diamine Dinitrite

15.00%
Solution
Pd(NH3)2(NO2)2 in NH3

Palladium (II) Tetramino Sulfate

>37.00% w/w
Salt
CAS 13601-06-4

Palladium (II) Tetramino Dichloride

10.00%
Solution
Pd(NH3)4Cl2 in NH3

RHODIUM GROUP METALS

Rhodium (III) Sulfate

10.00%
Solution
Rh2(SO4)3 in H2SO4

Rhodium (III) Sulfate

5.00%
Solution
Rh2(SO4)3 in H2SO4

Rhodium (III) Phosphate

2.00%
Solution
RhPO4 in H3PO4

Rhodium (III) Sulfate

2.00%
Solution
Rh2(SO4)3 in H2SO4

Rhodium (III) Sulfate

0.20%
Solution
Rh2(SO4)3 in H2SO4

Rhodium (III) Trichloride Hydrate

>38.00%
Salt
CAS 20765-98-4

Rhodium (III) Sulfate

2.00%
Solution
Rh2(SO4)3 in H2SO4

Rhodium (III) Sulfate

2.00%
Solution
Rh2(SO4)3 in H2SO4

RUTENIUM GROUP METALS

Ruthenium (III) Chloride

>20.00% w/w
Solution
RuCl3 in HCl

Ruthenium (III) Chloride

38.00%–44.00%
Salt
CAS 10049-08-8

Sulfamate Ruthenium (IV)

5.00%
Solution
(NH4)[Ru2N(H2O)2Cl8]

Ruthenium (III) Chloride

20.00%
Solution
Ru(NO)(NO3)x(OH)y
con x+y=3 in HNO3

IRIDIUM GROUP METALS

Hexachloroiridic (IV) Acid

22.00%
Solution
H2IrCl6 in HCl

Dihydrogen hexachloroiridate (IV)

38.00%–45.00%
Salt
CAS 164941-92-7

Faqs

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How does Aimgreen manage logistics?

Aimgreen collaborates with long-term logistics partners worldwide ensuring secure and reliable shipments.

What materials can Aimgreen recover?

We process a wide range of materials containing precious metals (PGMs) in various forms and sizes. Our expertise focuses on iridium and ruthenium-coated materials which we treat using our exclusive, chemical-free method.

Is Aimgreen compliant with European environmental standards?

Yes, Aimgreen adheres to European environmental regulations. Our innovative, chemical-free recovery techniques meet the highest standards for sustainability safety and environmental protection. We continuously refine and improve our processes.

What materials can be recovered and refined?

Any material containing precious metals can be recovered even at very low concentrations. Whether it is coated materials solids liquids hazardous substances organics or catalysts of any form or size our team is ready to assist. Contact us to learn more.

What’s the difference between destructive and non-destructive coating removal?

Destructive removal damages both the coating and the underlying substrate rendering it unusable. Non-destructive removal separates the coating while preserving the substrate so it can be reused. At Aimgreen we specialize in a non-destructive chemical-free approach to recover precious metals sustainably.

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