# Nike / PowdChem

> Specialty powder sourcing and trading for R&D teams, process engineers and technical buyers. Laboratory powders and advanced ceramic powders are the main focus, with metal and alloy sourcing alongside them.

Website: https://powdchem.com/. Contact: info@powdchem.com; WhatsApp +852 4607 0157.

Nike Import & Export Trading is a specialty powder sourcing and trading business. Material listings and selection references describe sourcing directions; availability, exact grade, price, lead time and documents are confirmed for each inquiry.

Nike has no fixed minimum order. Supplier pack sizes, minimums and sample conditions are checked for the requested material. Nominal formulas and reference values do not establish batch specifications or application qualification.

The links below provide Markdown versions of the existing website pages. Each version identifies its source HTML page. Chemical formulas, industry abbreviations, tables and FAQ answers are retained. The inquiry tool prepares a draft for the customer to send by email or WhatsApp; it does not submit automatically.

## Start here

- [Nike](https://powdchem.com/index.html.md): Source laboratory and advanced ceramic powders to your specification. Nike coordinates grade comparisons, technical documents and supply for your requested quantity.
- [Powder Materials](https://powdchem.com/products/index.html.md): Explore 293 catalogue materials across 37 directories. Search names, formulas and material systems, then build a specification-led supply inquiry.
- [About Nike](https://powdchem.com/about/index.html.md): Nike Import & Export Trading sources laboratory, advanced ceramic, metal and alloy powders and coordinates technical documents and supply enquiries.
- [Contact Nike](https://powdchem.com/contact/index.html.md): Contact Nike with your powder material name, chemical formula or reference grade. WhatsApp +852 4607 0157 or info@powdchem.com.
- [Request Material Sourcing](https://powdchem.com/request-a-quote/index.html.md): Tell Nike which powder material you need. Add specifications, quantities and destination, then prepare a WhatsApp or email inquiry for review and sending.

## Material families

- [Laboratory Powders](https://powdchem.com/products/laboratory-powders/index.html.md): Research and functional powders, selected around chemistry, structure and the variables your experiment needs to control.
- [Advanced Ceramic Powders](https://powdchem.com/products/ceramic-powders/index.html.md): Oxides, nitrides, carbides and functional ceramic systems, specified around the process and the part or formulation you intend to evaluate.
- [Metals & Alloys](https://powdchem.com/products/metal-alloy-powders/index.html.md): Elemental metals and alloy powder systems for research, powder metallurgy, coating and additive-manufacturing inquiries.

## Laboratory powder categories

- [Carbon & 2D Materials](https://powdchem.com/products/laboratory-powders/carbon-2d-materials/index.html.md): Graphene, carbon nanotubes and related two-dimensional materials. Start with the material identity, then define the dimensions and surface chemistry your experiment needs.
- [Graphite & Anode Materials](https://powdchem.com/products/laboratory-powders/graphite-anode-materials/index.html.md): Natural and artificial graphite, hard carbon and silicon-containing anode materials. Compare a candidate against your electrode process and test protocol.
- [Cathode Materials](https://powdchem.com/products/laboratory-powders/cathode-materials/index.html.md): Cathode active powders for lithium-ion and sodium-ion development. Specify chemistry, particle structure and the test conditions you need to compare.
- [Solid Electrolytes](https://powdchem.com/products/laboratory-powders/solid-electrolytes/index.html.md): Oxide and sulfide solid-electrolyte powders, including LLZO, LATP, LAGP, LLTO, Li6PS5Cl and Li3PS4. Compare composition, sample preparation and handling requirements.
- [MAX Phases](https://powdchem.com/products/laboratory-powders/max-phases/index.html.md): Layered MAX-phase powders for ceramic research and MXene precursor studies. Define the full M–A–X composition and the phase evidence you need.
- [MXenes](https://powdchem.com/products/laboratory-powders/mxenes/index.html.md): MXene powders and nanosheet sourcing inquiries, defined by composition, surface terminations, sheet dimensions and supplied state.
- [MOF & Porous Materials](https://powdchem.com/products/laboratory-powders/mof-porous-materials/index.html.md): Metal-organic framework and porous-material powders. Match framework identity, activation state and pore-characterization conditions to the research task.
- [Catalysts & Supports](https://powdchem.com/products/laboratory-powders/catalysts-supports/index.html.md): Supported catalyst and catalyst-support powder inquiries. Begin with the active component, loading, support and physical form required by the reaction.
- [Semiconductor & Chalcogenide Powders](https://powdchem.com/products/laboratory-powders/semiconductor-chalcogenides/index.html.md): Semiconductor and chalcogenide compound powders for materials, optical and thermoelectric research. Exact composition and phase come first.
- [Optical & Phosphor Materials](https://powdchem.com/products/laboratory-powders/optical-phosphor-materials/index.html.md): Phosphor, luminescent and optical-material powder inquiries, specified around host chemistry, dopant and the intended optical evaluation.
- [Functional Pigments](https://powdchem.com/products/laboratory-powders/functional-pigments/index.html.md): Effect and functional pigment powders for formulation studies. Specify the mechanism, matrix and performance question alongside color and appearance.

## Advanced ceramic powder categories

- [Oxide Powders](https://powdchem.com/products/ceramic-powders/oxide-powders/index.html.md): Common ceramic oxide powders, organized by chemical identity and the phase, particle and processing requirements that distinguish a useful grade.
- [High-Purity & Specialty Oxides](https://powdchem.com/products/ceramic-powders/high-purity-specialty-oxides/index.html.md): Specialty oxides for optical, electronic, ceramic and research requirements. Define which impurities matter, rather than relying on a purity label alone.
- [Rare-Earth Oxides](https://powdchem.com/products/ceramic-powders/rare-earth-oxides/index.html.md): Rare-earth oxide powders for ceramic, optical, magnetic and research inquiries. Select by element, oxidation state and the impurity evidence your process needs.
- [Stabilized Zirconia & Mixed Oxides](https://powdchem.com/products/ceramic-powders/stabilized-zirconia-mixed-oxides/index.html.md): Stabilized zirconia and mixed-oxide powders, specified by stabilizer system, composition basis and forming or sintering route.
- [Nitride Powders](https://powdchem.com/products/ceramic-powders/nitride-powders/index.html.md): Boron nitride, aluminum nitride, silicon nitride and other ceramic nitride powders. Match the chemistry and crystal form to the intended process.
- [Carbide Powders](https://powdchem.com/products/ceramic-powders/carbide-powders/index.html.md): Carbide powders for hard ceramics, wear applications and materials research. Chemistry, phase and carbon balance define the starting point.
- [Boride Powders](https://powdchem.com/products/ceramic-powders/boride-powders/index.html.md): Metal boride powders including diborides and hexaborides. Define the exact compound and phase before comparing particle and processing requirements.
- [Silicide Powders](https://powdchem.com/products/ceramic-powders/silicide-powders/index.html.md): Metal silicide powders for heating, high-temperature, electronic and research material inquiries. Use the complete stoichiometry and intended phase.
- [Electronic & Functional Ceramics](https://powdchem.com/products/ceramic-powders/electronic-functional-ceramics/index.html.md): Dielectric, piezoelectric, conductive-oxide and ferrite powder systems. Start with the device or formulation task, then define the composition and test basis.
- [Thermal & Composite Fillers](https://powdchem.com/products/ceramic-powders/thermal-composite-fillers/index.html.md): Thermally conductive ceramic and composite filler powders. Select around the host matrix, loading, processing and final-part evaluation.
- [Thermal Spray & Cermet Powders](https://powdchem.com/products/ceramic-powders/thermal-spray-cermets/index.html.md): Thermal-spray and cermet composite powder inquiries. The spray process, feedstock architecture and particle window belong in the same specification.
- [Polishing & Superabrasive Powders](https://powdchem.com/products/ceramic-powders/polishing-superabrasives/index.html.md): Polishing and superabrasive powder inquiries. Match the abrasive identity, particle profile and workpiece before choosing a grade.
- [Glass & Phosphate Ceramics](https://powdchem.com/products/ceramic-powders/glass-phosphate-ceramics/index.html.md): Glass, glass-ceramic and phosphate ceramic powder inquiries. Define the composition family and the thermal or biological research task.
- [MLCC Dielectric Powders](https://powdchem.com/products/ceramic-powders/mlcc-dielectric-powders/index.html.md): Barium titanate (BTO) base powders and formulated dielectrics for multilayer ceramic capacitor (MLCC) development. Source against your composition, particle and process requirements.
- [Rare-Earth Compound Powders](https://powdchem.com/products/ceramic-powders/rare-earth-compound-powders/index.html.md): Fluoride, oxyfluoride, hydroxide and Ce-Zr mixed-oxide powders for coating, ceramic and research requirements. Compare the chemical form and particle requirements.

## Metal and alloy powder categories

- [Non-Ferrous Metals](https://powdchem.com/products/metal-alloy-powders/non-ferrous-metals/index.html.md): Elemental non-ferrous metal powders for research, conductive formulations and powder processing. Specify the metal, production route and particle profile.
- [Refractory & Rare Metals](https://powdchem.com/products/metal-alloy-powders/refractory-rare-metals/index.html.md): Refractory and specialty elemental-metal powder inquiries. Build the brief around element, particle architecture and the intended processing environment.
- [Precious Metal Powders](https://powdchem.com/products/metal-alloy-powders/precious-metals/index.html.md): Elemental precious-metal powder inquiries for conductive formulations, catalysts research and materials work. Form and analytical basis are central to comparison.
- [Rare-Earth Metal Powders](https://powdchem.com/products/metal-alloy-powders/rare-earth-metals/index.html.md): Elemental rare-earth metal powder inquiries, with exact identity, surface state, handling and destination reviewed for each requirement.
- [Copper Alloy Powders](https://powdchem.com/products/metal-alloy-powders/copper-alloys/index.html.md): Copper-base alloy powders, from bronze and brass to other specified copper systems. Begin with the grade or target composition and the forming route.
- [Aluminum Alloy Powders](https://powdchem.com/products/metal-alloy-powders/aluminum-alloys/index.html.md): Aluminum-base alloy powder inquiries for additive manufacturing, powder metallurgy and research. Match the grade and powder window to the process.
- [Titanium Alloy Powders](https://powdchem.com/products/metal-alloy-powders/titanium-alloys/index.html.md): Titanium-base alloy powder inquiries. Keep alloy chemistry, interstitial limits and process-specific particle requirements together.
- [Nickel & Cobalt Alloy Powders](https://powdchem.com/products/metal-alloy-powders/nickel-cobalt-alloys/index.html.md): Nickel- and cobalt-base alloy powder inquiries for thermal, wear, corrosion and powder-processing applications. Use the grade and intended process as the starting point.
- [Iron & Magnetic Powders](https://powdchem.com/products/metal-alloy-powders/iron-magnetic-powders/index.html.md): Iron-base and magnetic alloy powder inquiries, organized by composition, magnetic task and forming or additive-manufacturing route.
- [Solder & Brazing Powders](https://powdchem.com/products/metal-alloy-powders/solder-brazing-powders/index.html.md): Solder and brazing alloy powder inquiries for joining and electronic assembly. Define alloy composition, powder class and the actual supplied form.
- [Rare-Earth Magnetic Alloy Powders](https://powdchem.com/products/metal-alloy-powders/rare-earth-magnetic-alloy-powders/index.html.md): NdFeB and samarium-cobalt (SmCo) alloy powder sourcing. Compare composition, particle profile and the requirements of your magnetic processing route.

## Product details

- [Boron nitride nanosheets powder](https://powdchem.com/products/boron-nitride-nanosheets-powder/index.html.md): Compare BNNS dry-powder references by lateral size, thickness and purity. Request a boron nitride nanosheet sample, surface treatment or dispersion with Nike.
- [Graphene nanoplatelets powder](https://powdchem.com/products/graphene-nanoplatelets-powder/index.html.md): Source graphene nanoplatelets powder (GNPs, C) by grade, dimensions and application. Discuss quantity, destination, samples and batch documents with Nike.
- [Silicon carbide powder](https://powdchem.com/products/silicon-carbide-powder/index.html.md): Source silicon carbide powder (SiC) for ceramic processing, pressing, polishing and research. Share your phase, particle size, purity and quantity with Nike.

## Applications

- [Applications](https://powdchem.com/applications/index.html.md): Explore powder material sourcing by research, ceramic processing, batteries, electronics, fillers, coatings and catalysis application.
- [Materials Research](https://powdchem.com/applications/materials-research/index.html.md): A clearer starting point for comparing research powders, from a recognized formula to a tightly controlled experimental brief.
- [Advanced Ceramic Processing](https://powdchem.com/applications/ceramic-processing/index.html.md): Powder sourcing for forming, sintering and ceramic formulation. Match feedstock chemistry and architecture to the process you will run.
- [Solid-State Battery Research](https://powdchem.com/applications/solid-state-batteries/index.html.md): Solid-electrolyte and interface-material sourcing for a defined battery experiment, with handling and test conditions made explicit.
- [Electrode & Energy Materials](https://powdchem.com/applications/electrode-energy-materials/index.html.md): Active material, anode and related powder inquiries for electrode development, with chemistry and process details kept in view.
- [Electronics & Semiconductor Materials](https://powdchem.com/applications/electronics-semiconductors/index.html.md): Specialty compound, high-purity oxide and functional powder sourcing for electronic and optoelectronic material development.
- [Thermal & Functional Fillers](https://powdchem.com/applications/thermal-functional-fillers/index.html.md): Filler powder sourcing for polymers, coatings and electronic packaging, centered on the matrix and the final formulation.
- [Coatings & Powder Metallurgy](https://powdchem.com/applications/coatings-powder-metallurgy/index.html.md): Metal, alloy and composite powder inquiries for spray, compaction, sintering and additive processes, matched to the equipment and feedstock requirements.
- [Catalysis & Porous Materials](https://powdchem.com/applications/catalysis-porous-materials/index.html.md): Catalyst and porous-powder sourcing for a specified reaction, adsorption or separation study, with form and pretreatment conditions kept clear.

## Sourcing services

- [Expert Material Sourcing](https://powdchem.com/sourcing/index.html.md): Specification-led material sourcing: compare candidate grades and coordinate documents, samples, packaging and supply conditions with Nike.
- [Quality & Documentation](https://powdchem.com/sourcing/quality-documentation/index.html.md): Understand CoA, TDS and SDS review in material sourcing. Discuss grade identity, lot-specific documents, samples and agreed testing requirements.
- [Samples & Testing Coordination](https://powdchem.com/sourcing/samples-testing/index.html.md): Build an evaluation around the questions that matter, before extending a material requirement to a larger order.
- [Packaging & Delivery Coordination](https://powdchem.com/sourcing/packaging-delivery/index.html.md): Clarify how a powder needs to arrive: its packaging, handling, destination, timing and the documents to accompany the shipment.

## Sourcing knowledge

- [Resources](https://powdchem.com/resources/index.html.md): Practical sourcing notes on material specifications, purity, particle size, phase, CoA/TDS/SDS, samples and batch comparison.

## Optional

- [Privacy Policy](https://powdchem.com/privacy-policy/index.html.md): How the current Nike website handles an inquiry draft and the contact details you choose to share.
- [Website Terms](https://powdchem.com/website-terms/index.html.md): The scope of the material information and inquiry tools on this website.
- [Cookie Policy](https://powdchem.com/cookie-policy/index.html.md): What is stored by the current website, why it is used and how to clear it.
- [Complete website text](https://powdchem.com/llms-full.txt): Combined Markdown body content of the existing pages; larger than the individual page files.