We are sustainably producing a growing range of ultra-high purity aluminium oxides, hydroxides, nitrates and sulphates for a wide range of high technology industries including LED lighting, synthetic sapphire, semiconductors, and lithium-ion battery markets – at world-leading purity levels and at a dramatically lower carbon profile.
Redefining the standard of high purity aluminium products
Our Product Range
We have redefined the standard of aluminium purification to produce sustainable, ultra-high purity aluminium products – available in commercial quantities.
Applications for our product range
Our bespoke ultra-high purity aluminium products drive significant performance improvements for application across a range of in-demand industries such as electronics, optics, lighting and lithium-ion battery sectors.
Lithium-ion Batteries
Ceramic coated separators provide critical thermal management and mechanical stability to the lithium-ion battery cell. Our ultra-high purity aluminium materials are a key ingredient to the manufacture of safer, more efficient, long-lasting, fast-charging lithium-ion batteries. Alpha HPA’s ultra-pure aluminium materials have a range of critical applications across lithium-ion cells, including:
- Ceramic coating media for battery separators
- Custom Dopants for high nickel cathode materials
- HPA for dry-coating cathode and anode particles
- Aluminium precursors for NCA, NCMA and NMA cathodes
- Aluminium precursors for aluminium-oxide coatings
LED lighting
Our world-leading range of ultra-high purity aluminium materials are critical in the production of Light Emitting Diode (LED) lighting systems, assisting global LED manufacturers to create sustainable, high-efficiency micro and mini-LEDs. Synthetic sapphire wafer substrates made from high purity aluminium oxides are an essential component of LED lighting.
ALUMINATE PHOSPHORS
Our high purity alumina powders are ideally suited for premium LED aluminate phosphors (eg: YAG & LuAG).electronics & optics
Our ultra-high purity aluminium materials are the critical, primary ingredient for synthetic sapphire, sought after for its extreme hardness, its ability to transmit in UV, visible and infrared wavelengths, and for its high-heat resistance and thermal conductivity. There is no substitute for high purity aluminium materials in the creation of synthetic sapphire – and purity is key.
Scratch resistant glass
Synthetic sapphire for luxury wristwatches, smartwatches, smartphones, and camera lenses.HPA Salts
5N Ultra Aluminium Sulfate (Al2(SO4)3.16H2O)TM
- Lithium-Ion Battery
5N Ultra Aluminium Nitrate (Al(NO3)3.9H2O)TM
- Lithium-Ion Battery
- LED lighting
- Semi-conductor CMP polishing
HPA Aluminas
Ultra-High Purity Alumina (Al2O3) PowderTM
- CMP Slurries
- LED Nanophoshors
- Lithium-Ion Battery
Ultra Boehmite (Al-O-OH) PowderTM
- Sol-Gel Precursor
- LED Lighting
- Semi-conductor CMP polishing
Ultra-High Purity Nano-Alumina (Al2O3) PowderTM
- Lithium-Ion Battery
- LED Lighting
- Semi-conductor CMP polishing
Ultra-High Purity Alumina (Al2O3) TabletsTM
- LED Lighting
- Synthetic Sapphire
5N Ultra-High Purity Alumina Tri-Hydrate (AI(OH)3)TM
- Lithium-Ion Battery
- Alumina Precursor
Ultra Sapphire (Al2O3)TM
- Scratch Resistant Glass
- Mini/Mirco LEDs
Our Ultra-Coat ProcessTM
Cathode and anode active material particle coatings
By solving the accessibility of large volume, high purity aluminium nitrate, Alpha HPA has unlocked the potential of fast and affordable application of aluminium-oxide coatings onto both cathode and anode active materials. The process provides multiple battery performance benefits including improved safety and cycling retention, reduction in first cycle lithium loss and improved battery charging rates.