At Belmont Metals, we’re passionate about providing premium metals and alloys that meet the rigorous demands of metal buyers and engineers. As a leader in the industry, we’re excited to highlight A201.1 alloy, a high-performance aluminum-copper-silver alloy renowned for its exceptional properties. Whether you’re sourcing materials for aerospace components or industrial castings, A201.1 alloy offers…
|
99% Aluminum Powder is a high-purity metallic powder utilized in a diverse range of industrial and specialized applications. It is a critical component in the production of pyrotechnics and explosives, as well as a primary ingredient in high-performance solid rocket fuels. Beyond defense and aerospace, this powder is widely employed in the electronics industry for solar cell fabrication and other conductive products. It is also a key additive in the manufacturing of metallic paints, sealants, and protective coatings, providing enhanced durability and a distinct reflective finish. Available in various mesh sizes, it ensures optimal reactivity and consistency for complex chemical and manufacturing processes. |
|
| Forms: |
|
|---|---|
| Belmont Product Code | 1300 |
| Nominal Composition: |
|
|---|
| Technical Info: |
|
|---|
Related products
-
High Grade Red Grade RR is a premium Cuprous Oxide (Cu2O) engineered for high-purity industrial applications. It is widely utilized as a potent colorant and pigment in the production of glass, ceramic glazes, and enamels to achieve vibrant red and brownish tones. Beyond its aesthetic uses, this grade serves as a highly effective catalyst in various chemical syntheses, a critical component in wood treatment chemicals, and a reliable source of copper for specialty plating and the preparation of complex copper chemicals. Its consistent quality and particle distribution ensure predictable performance in diverse chemical and manufacturing processes.
Forms: - Cuprous Oxide
Belmont Product Code 4301A Technical Info: - Molecular Weight: 143.09
- Appearance: Fine Reddish-Brown Powder
- Solubility: Insoluble in water; Soluble in hydrochloric acid and ammonium hydroxide
- Feature: High Pigment Strength
-
High Grade Black #200 is a premium Cupric Oxide (CuO) developed for high-purity industrial and chemical applications. It serves as a critical colorant in the production of glass, ceramic glazes, and enamels, providing deep, consistent tones. Beyond aesthetics, it is extensively used as a catalyst in chemical processing, in the formulation of wood treatment chemicals, and as a reliable source of copper in electroplating and the synthesis of other copper-based chemicals. Its high reactivity and consistent particle size ensure optimal performance across diverse manufacturing sectors.
Forms: - Cupric Oxide
Belmont Product Code 4303C Technical Info: - Molecular Weight: 79.55
- Appearance: Fine Black Powder
- Solubility: Insoluble in water; Soluble in acids
- Feature: High Chemical Purity
RELATED POSTS
The Applications for Iron Powder
Many metals are used in their pure powder form in the manufacturing of various products. There are many grades of iron powder, as they are categorized based on their purity, grain size, density, and the manufacturing method. So the iron powder will be modified to fit into the application. Iron Powder Properties Iron powder is…
Silicon Powder Applications and Uses
Many manufacturers require pure metals in a range of different shapes to add as additives when making products. These metals provide different properties to the products, such as hardening metals, providing corrosion resistance, or reduces oxidation. Silicon is one metal found in a wide range of industries due to its versatility and cost-effectiveness. Pure silicon…
Powdered Metals Providing Versatile Appearance in Painting Applications
During the final phase of the manufacturing process, many products and components are coated with a paint to create a more aesthetically-pleasing appearance as well as to seal over the material to improve corrosion and stain resistance. When talking about most painting applications, people are aware of both oil-based and water-based paints. Yet metallic paints…
Discussion and Current Applications for 3d Metal Printing
Are you experimenting with 3D metal printing? Current industry trends say that 3D metal printing will overtake casting by 2020, according to Spotlight Metal, and it’s already being used for small batches of products and parts. If you’re on the forefront of this new manufacturing process or thinking about it, you’re probably interested in the…
3D Metal Printing: Alloys and Powder Types and Specs
Whether creating prototypes for application components, precision gears, or jewelry, more manufacturers are turning to the capabilities provided by 3D metal printing. Also called additive manufacturing, this process relies on technology that uses a metal powder in a layering process to produce the three-dimensional part. There are several methods used in the 3-D metal printing…
Common Uses for Powdered Metals
If you are debating the best form or metal to use for your manufacturing business, you may be surprised to learn that powdered metals have just as many uses as their metal alloy counterparts. In fact, adding a powdered metal to your master alloy can increase certain desirable properties and decrease certain undesirable properties. Our…
Cold Working Aluminum Alloys
When considering working and manufacturing with metals, particularly with aluminum, the first thoughts are centered on the heating process with hot furnaces where the metal is heated to extremely high temperatures and then wrought or cast into form. However, there is another type of process to strengthen the metal that involves adding other alloys to…
Custom creations
Aluminum master alloys help metallurgists fine-tune alloys to create materials that are stronger, lighter, and more easily processed Aluminum is the most abundant metallic element in the Earth’s crust—it’s even more common than Iron. In its pure form, though, it’s soft and malleable. It needs to be alloyed with other elements, including Iron, Zinc, Silicon,…
Creating complex shapes
Powdered metals help engineers produce parts cost-effectively What is the best way to make a 3-D part out of metal? It depends. There are a number of considerations involved, including time and money. To create parts, manufacturers can choose either a subtractive or an additive manufacturing process. Subtractive manufacturing involves taking a block of material…