Products

Aluminum

Orion-Spetcsplav-Gatchina LLC offers a wide range of aluminium base master alloys made using innovative technologies. An extensive product range allows us to offer optimal solutions siutable for any task set by consumer.

A high quality of aluminium base master alloys is ensured by:

modern equipment;
strict control of input raw materials;
test control of products;
continuous improvement of production methods and implementation of know-how.

Features of the production master alloys based on aluminium

Master alloy is a mixture of aluminium and other chemical elements. Production is carried out by entering small quantities of chosen elements into molten Al, which are also heated to a certain temperature. Special high-temperature furnaces are involved in the technological process .

Additional components:

silicon,
ferrum,
copper,
manganese,
magnesium,
chromium,
nickel,
zinc,
scandium,
zirconium,
strontium,
lithium and other elements.

We understand different problems and different levels of technical equipment of our consumers and always ready to find the best solution .

Varieties and application of aluminium base master alloys

Aluminum base master alloy is needed to obtain a clear chemical composition of alloy, as a result of which the finishing material acquires the necessary physical and mechanical characteristics. These products are widely demanded in various areas of modern industry.

Depending on the specifics of the use of aluminium base master alloys, they are divided into several groups:

Structure modifiers. Used to improve strength and other technical features;
For alloying and adjusting the chemical composition. They give the bulk the necessary properties that are in demand in certain production areas, including highly specialized ones;
Texture grain converters. Change the volume of the internal porosity of the metal in accordance with the tasks.

We offer intermediate alloys with different additives and percentages. In particular, you can buy grades with impurities of such elements as Calcium and Vanadium. Aluminium base master alloys of this type are widely in demand in various fields.

Grade	Standard	Shape	Si%	Fe%	Mn%	Ca%	V%	Each max.%	Total max.%	Price
AlCa6	ГОСТ Р53777-2010	Waf. ingot	0.3	0.3		5-7		0.04	0.10	By request
AlCa10	ГОСТ Р53777-2010	Waf. ingot	0.3	0.3		9-11		0.04	0.10	By request
AlV5	ГОСТ Р53777-2010	Waf. ingot	0.3	0.3	0.15		4-6	0.04	0.10	By request
AlV10	ГОСТ Р53777-2010	Waf. ingot	0.3	0.3			9-11	0.04	0.10	By request

Also we offer master alloys according DIN EN 575.

Standard	Grade	Si	Fe	Cu	Mn	Mg	Cr	Ni	Zn	Others	Ti	Each max	Total max
EN AM-98300	EN AM-AlBi3(A)	0.30	0.30							Bi 2,7-3,3		0.04	0.10
EN AM-92700	EN AM-AlCo10(A)	0.30	0.30							Co 9,0-11,0		0.04	0.10
EN AM-92401	EN AM-AlCr5(B)	0.50	0.70	0.20	0.40	0.50	4,5-5,5	0.20	0.20		0.10	0.05	0.15
EN AM-92402	EN AM-AlCr10(A)	0.30	0.30				9,0-11,0					0.04	0.10
EN AM-92404	EN AM-AlCr20(A)	0.30	0.30				18,0-22,0					0.04	0.10
EN AM-92405	EN AM-AlCr20(B)	0.50	0.70	0.20	0.40	0.50	18,0-22,0	0.20	0.20		0.10	0.05	0.15
EN AM-92900	EN AM-AlCu33(A)	0.30	0.30	31,0-35,0					0.05			0.04	0.10
EN AM-92901	EN AM-AlCu33(B)	0.50	0.70	31,0-35,0	0.40	0.50	0.10	0.20	0.20		0.10	0.05	0.15
EN AM-92902	EN AM-AlCu50(A)	0.30	0.30	47,0-53,0					0.05			0.04	0.10
EN AM-92903	EN AM-AlCu50(B)	0.50	0.70	47,0-53,0	0.40	0.50	0.10	0.20	0.20		0.10	0.05	0.15
EN AM-92600	EN AM-AlFe10(A)	0.30	9,0-11,0									0.04	0.15
EN AM-92601	EN AM-AlFe10(B)	0.50	9,0-11,0	0.20	0.40	0.50	0.10	0.20	0.20		0.10	0.05	0.15
EN AM-92602	EN AM-AlFe20(A)	0.30	18,0-22,0		0.20							0.04	0.10
EN AM-92604	EN AM-AlFe45(A)	0.30	43,0-47,0		0.30					C 0,10		0.04	0.10
EN AM-91200	EN AM-AlMg10(A)	0.30	0.30			9,0-11,0						0.04	0.10
EN AM-91202	EN AM-AlMg20(A)	0.30	0.30			18,0-22,0						0.04	0.10
EN AM-91204	EN AM-AlMg50(A)	0.30	0.30			47,0-53,0						0.04	0.10
EN AM-92500	EN AM-AlMn10(A)	0.30	0.30		9,0-11,0							0.04	0.10
EN AM-92501	EN AM-AlMn10(B)	0.50	0.70	0.20	9,0-11,0	0.50	0.10	0.20	0.20		0.10	0.05	0.15
EN AM-92502	EN AM-AlMn60(A)	0.30	0.30		58,0-64,0							0.04	0.10
EN AM-92503	EN AM-AlMn60(B)	0.30	1.50		58,0-64,0							0.05	0.15
EN AM-92800	EN AM-AlNi10(A)	0.30	0.30					9,0-11,0				0.04	0.10
EN AM-92802	EN AM-AlNi20(A)	0.30	0.30					18,0-22,0				0.04	0.10
EN AM-91400	EN AM-AlSi20(A)	18,0-22,0	0.30							Ca 0,06		0.04	0.10
EN AM-91401	EN AM-AlSi20(B)	18,0-22,0	0.70	0.20	0.40	0.50	0.10	0.20	0.20	Ca 0,06	0.10	0.05	0.15
EN AM-91402	EN AM-AlSi50(A)	47,0-53,0	0.50							Ca 0,15		0.04	0.10
EN AM-91403	EN AM-AlSi50(B)	47,0-53,0	0.70	0.20	0.40	0.50	0.10	0.20	0.20	Ca 0,15	0.10	0.05	0.15
EN AM-93800	EN AM-AlSr3,5(A)	0.30	0.30							Sr 3,2-3,8 Ca 0,03 P 0,01		0.04	0.10
EN AM-93802	EN AM-AlSr5(A)	0.30	0.30			0.05				Sr 4,5-5,5 Ba 0,05 Ca 0,05 P 0,01		0.04	0.10
EN AM-93804	EN AM-AlSr10(A)	0.30	0.30			0.10				Sr 9,0-11,0 Ba 0,10 Ca 0,10 P 0,01		0.04	0.10
EN AM-93850	EN AM-AlSr10Ti1B0,2(A)	0.30	0.30			0.10				Sr 9,0-11,0 B 0,15-0,25 Ba 0,10 Ca 0,10 P 0,01	0,8-1,2	0.04	0.10
EN AM-92201	EN AM-AlTi5(B)	0.50	0.70	0.20	0.40	0.50	0.10	0.20	0.20	V 0,30	4,5-5,5	0.05	0.15
EN AM-92202	EN AM-AlTi6(A)	0.30	0.30				0.05	0.05		V 0,30	5,5-6,5	0.04	0.10
EN AM-92204	EN AM-AlTi10(A)	0.30	0.40				0.05	0.05		V 0,50	9,0-11,0	0.04	0.10
EN AM-92205	EN AM-AlTi10(B)	0.30	0.70	0.20	0.40	0.50	0.10	0.20	0.20	V 0,50	9,0-11,0	0.05	0.15
EN AM-92250	EN AM-AlTi3B1(A)	0.30	0.30							B 0,8-1,2 V 0,20	2,7-3,5	0.04	0.10
EN AM-92252	EN AM-AlTi5B0,2(A)	0.30	0.30							B 0,15-0,25 V 0,25	4,5-5,5	0.04	0.10
EN AM-92254	EN AM-AlTi5B0,6(A)	0.30	0.30							B 0,5-0,8 V 0,20	4,5-5,5	0.04	0.10
EN AM-92256	EN AM-AlTi5B1(A)	0.30	0.30							B 0,9-1,1 V 0,20	4,5-5,5	0.04	0.10
EN AM-92300	EN AM-AlV10(A)	0.30	0.30							V 9,0-11,0		0.04	0.10
EN AM-94000	EN AM-AlZr5(A)	0.30	0.30							Zr 4,5-5,5 Ca 0,010 Na 0,005 Pb 0,010 Sn 0,010		0.04	0.10
EN AM-94001	EN AM-AlZr5(B)	0.30	0.45	0.10				0.10		Zr 4,5-5,5 Sn 0,10	0.10	0.05	0.15
EN AM-94002	EN AM-AlZr10(A)	0.30	0.30							Zr 9,0-11,0		0.04	0.10
EN AM-94003	EN AM-AlZr10(B)	0.30	0.45	0.20				0.20		Zr 9,0-11,0 Sn 0,20	0.20	0.05	0.15
EN AM-94004	EN AM-AlZr15(A)	0.40	0.30							Zr 13,5-16,0		0.04	0.10