Raw Material Aluminum Beryllium Alloy Ingot

• Customization: Available
• Alloy or Not: Alloy
• Standard: ISO9001, GB
• Model NO.: Aluminum Beryllium Alloy Ingot
• Transport Package: in Bundles Wrapped Plastic Film and Strapped on PA
• Specification: Customized
• Trademark: Reliable
• Origin: China
• Production Capacity: 2500mt/Month

Product Description

Product No: Aluminum Alloy Ingot






1, Application:
It is widely applicable to new type of advanced material and special alloys
in automobile/high-speed railway/aerospace/military industries/power and electronic/building material/food and medicine packaging and so on

2,Manufacturing process:
Optimizing raw materials → melting → matching ratio → primary purification → added alloying element → alloying → test → metallurgical structure control → secondary purification → functional testing → casting → furnace after testing → pallet packaging → exterior final inspection → entering warehouse

MAIN PRODUCTS OF THE CHEMICAL COMPOSITION

Product name	Product name	Function & Application	Application condition
Aluminium and titanium alloy Al-TI Alloy	Al-Ti	Refine the grain size of aluminium and aluminium alloy, and improve the mechanical property of materials	720ºC put into molten aluminium
Aluminium rare earth alloy	Al-Re	Improve the corrosion resistance and heat resistant strength of the alloy	After the completion of refining, put into 730ºC molten aluminium
Al-B alloy	Al-B	Remove the impurity element of electrical aluminium, and increase electric conductivity	After the completion of refining, put into 750ºC molten aluminium
Al-Sr alloy	Al-Sr	Be used for Si metamorphism and treatment of permanent mold casting, low-pressure casting or long-term casted eutectic and Improving property of castings and alloys	After the completion of refining, put into 750ºC-760ºC molten aluminium
Al-Zr alloy	Al-Zr	Refine grains and improve high-temperature strength and weldability
Al-Si alloy	Al-Si	Be used for the addition or adjustment of Si	Be used for the elemental addition and simultaneously putting into furnace of solid materials; the elemental adjustment is put into 710-730ºC aluminium-water, and it is just needed to stir for 10 minutes
Al-Mn alloy	Al-Mn	Be used for the addition or adjustment of Mn	Be used for the elemental addition and simultaneously putting into furnace of solid materials; the elemental adjustment is put into 710-760ºC aluminium-water, and it is just needed to stir for 10 minutes
Al-Fe alloy	Al-Fe	Be used for the addition or adjustment of Fe	Be used for the elemental addition and simultaneously putting into furnace of solid materials; the elemental adjustment is put into 720-770ºC aluminium-water, and it is just needed to stir for 10 minutes
Al-Cu alloy	Al-Cu	Be used for the addition, matching or adjustment of Cu	Be used for the elemental addition and simultaneously putting into furnace of solid materials; the elemental adjustment is put into 710-730ºC aluminium-water, and it is just needed to stir for 10 minutes
Al-Cr alloy	Al-Cr	Be used for the elemental addition or composition adjustment of wrought aluminium alloy	Be used for the elemental addition and simultaneously putting into furnace of solid materials; the elemental adjustment is put into 700-720ºC aluminium-water, and it is just needed to stir for 10 minutes
Al-Be alloy	Al-Be	Be used for the oxidation film filling and micronization in the process of aviation and spaceflight aluminium alloy production	After the completion of refining, put into 690ºC-710ºC molten aluminium

Remarks:

1. The application temperature of the elemental adding alloys should be increased by 20ºC correspondingly when the concentration content is increased by 10ºC.
2. Refined and metamorphic alloys are needed to add into pure aluminium-water, namely, it is needed to use after the completion of the refining and deslagging process to avoid the effect recession or weaken caused by impurities.

METAL FLUXER SERIES

Name	Usage%	Temperature/ºC	Use
Coverer CHT-FG	0.8-0.1kg/m2	<660ºC	All other kinds of aluminium and aluminium alloy except high magnesium alloy.
Magnesium coverer CHT-MF	0.5-1.0kg/m2	450ºC	Mainly for the covering of magnesium and magnesium alloy to avoid oxidation damage
Sodium -free coverer CHT-WNF	0.3kg/m2	700-740ºC	For the covering of aluminium melt that cannot touch sodium to avoid oxidizing and damaging the aluminium liquid.
Fluxer 1 CHT-JL1	0.3<0.5%	640ºC	Used for refining of series of processing aluminium alloy and pure aluminium except for high magnesium and popularly.
Magnesium Refiner CHT-MJ	1-1.5kg/Tm	450ºC	Mainly for the degassing and slag removal of magnesium and magnesium alloy
Degassing refiner CHT-CJL	0.1-0.2%	680-750ºC	Degassing refiner is a relatively traditional lump refiner; it has a double effect of slag removal and degassing. By far, it is widely acknowledged as the most effective solid refiner.
High-efficiency and Non-toxic Refiner CHT-GJL	0.1-0.2%	680ºC	For aluminium and aluminium alloy except high magnesium ally
Sodium-free Refiner CHT-WNJ	2-5 kg/T al	700-730ºC	The product mainly for the aluminium alloy, degassing and slag removal of wheel hubs, pistons and sodium of cars.
Power spraying refiner CHT-PJL	0.1-0.2%	700-750ºC	It has the product mainly
Universal Fluxer CHT-WN	0.2-0.5%	710-750ºC
Phosphorus-copper Modifier CHT-LT	0.4-0.6%
Aluminium-phosphorus Alloy Modifier CHT-LL	0.2-0.4%
Copper-phosphorus Alloy Modifier CHT-TL	0.4-0.5%	750-760ºC
Phosphorus-silicate complex Modifier CHT-BZ1	0.8-1.2&
Phosphorus-sulfur complex Modifier CHT-BZ2	1.2-1.5%
Three-component Modifier CHT-BZ3	2-3%
Refining Modifier CHT-BZ4	1.4-1.6%
Strontium Slat long-seffect Modifier CHT-BZ5	1.0%	>720ºC