Active Chemistry
Metal content and process-critical impurities are controlled around deoxidation, alloying, reduction, storage, or treatment performance.
PLANT & PROCESS POWDER SOLUTIONS
Process Powders That Keep Plant Chemistry Under Control.
Reactive, alloying, reducing, treatment, and non-ferrous powders supplied around active content, reaction rate, dosing stability, safe handling, and repeatable plant performance.
BUILT AROUND THE APPLICATION
Material selection connected to process stability, finished performance, and production-scale supply.
13
Relevant powder grades
Plant focused
Reaction and dosing consistency
Active content
Chemistry tied to process yield
Bulk supply
Packaging and recurring delivery
APPLICATION ROUTES
Select the Powder Around the Production Route.
The same nominal material can behave differently across equipment, process windows, and finished-part requirements. Start with how the powder will be used.
WHAT PLANT AND PROCESS BUYERS NEED
Buy on Reaction Consistency, Not Only Nominal Chemistry.
Active metal content, moisture, surface condition, dosing behavior, reaction rate, and safe packaging determine whether a process powder performs predictably in the plant.
Reaction and Dosing Behavior
Particle distribution, surface area, flow, moisture, and morphology are aligned with feeders, injection, blending, or slurry systems.
Safe Plant Handling
Reactivity, packaging, labeling, storage, dust control, and transport documentation are treated as part of the product requirement.
Reliable Consumption Supply
Bulk formats, lot records, recurring schedules, and capacity planning support processes that cannot tolerate material interruption.
RECOMMENDED POWDERS
Relevant Products for Metallurgical Processing.
These grades are practical commercial starting points. Final chemistry, particle range, surface condition, packing, and documentation can be aligned with your process.
Chemical & Metallurgical Process Powders
Aluminum Powder for Steel Deoxidation
99%+ aluminum powder and granules, moisture-certified <0.05% for melt safety. Injection, wire-fill and tap addition forms. Aluminothermic grades available.
- Forms
- Powder 0.1-1 mm, granules 1-3 mm, shots
- Purity
- 99%+ Al
Non-Ferrous Base Metal Powders
Magnesium Powder for Steel Desulfurization
Passivated Mg granules 0.2-1.6mm, active Mg 92-98%, certified ignition and reactivity per lot. Co-injection blends and cored-wire feedstock. Annual contract supply, DG compliant.
- Standard cuts
- 16-100 mesh, 30-80 mesh custom
- Reactivity
- Certified ignition and gas-evolution data
Chemical & Metallurgical Process Powders
Ferrosilicon Powder (FeSi 45 / 65 / 75)
Atomized FeSi15 for DMS plants with magnetic recovery certification; milled FeSi for steel and foundry; low-Al Pidgeon grade. Annual plant contracts.
- Grades
- FeSi45, FeSi65, FeSi75, atomized FeSi15
- Forms
- Milled powder 45-250 µm; atomized spherical
Chemical & Metallurgical Process Powders
Hydrogen Storage Alloy Powder (AB5 / AB2)
LaNi5-type AB5 and AB2 alloys with certified capacity, cycle life and PCT curves. Light-rare-earth composition — outside export controls. Battery and tank grades.
- Types
- AB5 (LaNi5-family), AB2 (Laves-phase)
- Hydrogen capacity
- 1.2-1.8 wt% (system dependent)
Chemical & Metallurgical Process Powders
Zero-Valent Iron (ZVI) Powder for Water Treatment
Micron and nano ZVI with certified TCE/Cr(VI) reduction rates. PRB barriers, direct-push injection, regulatory documentation packages. Project-scale supply.
- Forms
- Micron ZVI, nano ZVI (nZVI), granular
- Target contaminants
- Chlorinated solvents, Cr(VI), As, U, NO3
Non-Ferrous Base Metal Powders
Carbonyl Nickel Powder
99.9% carbonyl nickel, fine spiky 2-5µm and filamentary grades. Battery-grade low-S lots, conductive paste percolation data, BET/FSSS certified per lot.
- Grades
- Fine spiky (2-5 µm), standard (5-10 µm), filamentary
- Apparent density
- 0.3-1.8 g/cm³ grade dependent
This application currently includes 13 relevant grades across the connected product families.
Browse the Full Product Portfolio ↗WHERE THESE POWDERS CREATE VALUE
Application Fit Across Demanding Industries.
The most useful material recommendation connects powder behavior to equipment, production economics, and the component's real service environment.
Steelmaking & Foundry
Deoxidation, desulfurization, alloying, inoculation, melt treatment, and chemistry adjustment.
Battery & Hydrogen Systems
Hydrogen-storage alloys, conductive additions, metal-chemical feedstocks, and qualified energy materials.
Environmental Treatment
Groundwater remediation, permeable barriers, wastewater treatment, and contaminant reduction.
Chemical & Catalytic Processing
Reduction, cementation, catalysts, metal-organic feedstocks, and reaction-controlled processes.
Construction Materials
AAC aluminum paste, pigments, coatings, and controlled gas-evolution or surface-effect systems.
Industrial Consumer Products
Oxygen absorbers, hand warmers, pigments, protective coatings, and functional powder formulations.
A FASTER TECHNICAL CONVERSATION
What to Share for a Useful Recommendation.
You do not need a finished specification to start. These inputs let our team identify relevant grades, flag risks, and respond with practical next steps.
- Process objective
- Reaction, alloy adjustment, removal target, gas evolution, storage capacity, or finished-product function
- Plant conditions
- Temperature, atmosphere, dosing or injection equipment, residence time, carrier, and safety controls
- Powder specification
- Active content, particle range, moisture, purity, morphology, reaction rate, and critical contaminants
- Supply plan
- Trial or project quantity, monthly consumption, package format, destination, documents, and delivery schedule
FROM REQUIREMENT TO QUALIFIED POWDER
Connect Powder Chemistry to the Plant Result You Need.
Share the process, equipment, active-content target, particle range, safety requirements, monthly consumption, and destination. We will identify the closest supply option.