ARTI METAL

Precision Metal Powders

Product Catalogue · 2026

ELECTROLYTIC
COPPER
POWDER

Six precision-engineered grades of high-purity dendritic copper powder for friction materials, powder metallurgy, diamond tools, carbon brushes, and critical industrial applications worldwide.

20+

Years Experience

6

Precision Grades

99.80%

Min. Cu Purity

IS+ASTM

Dual Compliant

"Not merely a commodity — an engineered material where morphology, particle size distribution, and purity are precisely controlled to meet the functional requirements of critical industrial applications."

Friction Materials Powder Metallurgy Diamond Tools Carbon Brushes Welding & Brazing Electronics Chemical & Catalytic

03, Hira Bari, Industrial Area Jhotwara, Jaipur, Rajasthan – 302012, India

info@artimetal.in · +91-98291 37961 · artimetal.in

Arti Metal — Electrolytic Copper PowderCompany Overview & Manufacturing Process

About Us

Dedicated to One Product. Perfected Over Decades.

Arti Metal is a specialized manufacturer dedicated exclusively to the production of high-purity electrolytic copper powder. From our facility in Jaipur, Rajasthan, we serve critical industrial applications worldwide with precision-engineered copper powders that meet the most demanding specifications.

Unlike diversified metals companies, we focus entirely on electrolytic copper powder — understanding that true expertise comes from specialization. This singular focus allows us to invest in the best electrochemical processes, the most rigorous testing protocols, and the deepest technical knowledge in our field.

Our Mission

"To manufacture world-class electrolytic copper powder with unwavering commitment to quality, precision, and customer success through scientific excellence."

Our Vision

"To be recognized globally as the trusted partner for high-purity dendritic copper powder, setting industry standards for quality, reliability, and technical expertise."

Company at a Glance

Experience20+ Years

LocationJaipur, Rajasthan, India

SpecializationElectrolytic Copper Powder

Grades6 Precision Grades (A118–A210)

Purity Standard≥ 99.80% Cu

GSTIN08AGSPJ3472H2ZZ

Export StatusExport-Ready, Global

IS + ASTM

Dual Compliance

COA

Every Shipment

Manufacturing Process

Electrolytic Process — From Raw Material to Precision Powder

Electro-Deposition

CuSO₄ electrolyte · 45–55°C · 150–300 A/m²

›

Washing

Deionized water · Multi-stage · <0.01% residual

›

Drying

H₂ atmosphere · 300–400°C · Removes oxides

›

Sieving

ASTM E11 sieves · IS 460 / ASTM B214

›

Mixing

V-blender · Homogeneous batches · QC check

›

Packing

HDPE drums · COA included · Export-ready

Electrochemistry: Anode: Cu → Cu²⁺ + 2e^- | Cathode: Cu²⁺ + 2e^- → Cu (powder) | Electrolyte: CuSO₄ · H₂SO₄ · H₂O

Controlled current density (150–300 A/m²), temperature (45–55°C), and electrolyte concentration (5–10 g/L Cu, 120–150 g/L H₂SO₄) produce the characteristic dendritic morphology.

High Surface Area

Faster sintering · Better reactivity

Green Strength

Particle interlocking · Complex shapes

Wide Density Range

0.6–4.5 g/cm³ · Application-specific

Why Choose Arti Metal

Specialization

We manufacture only electrolytic copper powder — nothing else. Every process, investment, and team member's expertise is dedicated to copper powder excellence. Deep expertise from singular focus.

Consistent Quality

Batch-to-batch reproducibility backed by statistical process control. Certificate of Analysis with every shipment. Testing per IS and ASTM standards. Complete traceability from raw material to dispatch.

Technical Partnership

Our team doesn't just supply powder — we solve application challenges. Grade selection guidance, formulation advice, process troubleshooting, and custom grade development from 50 kg trials.

Flexible Supply

From laboratory evaluation quantities to multi-ton industrial orders. Custom packaging, nitrogen blanketing, special labeling. Just-in-time delivery arrangements and annual contracts available.

Export Ready

Jaipur's central India location provides excellent pan-India logistics. Proven export experience with established global logistics partnerships. Letter of Credit accepted. Full export documentation.

Direct Pricing

Direct manufacturer pricing with no intermediaries. Transparent pricing structure. Long-term partnership approach over transaction-based relationships. Volume discounts for annual contracts.

Arti Metal — Electrolytic Copper PowderProduct Range — All Grades

Product Range

Electrolytic Copper Powder — Six Precision Grades

All grades: Dendritic morphology · 99.80% Cu minimum · Moisture <0.20% · IS & ASTM compliant · Certificate of Analysis with every shipment · Colour: Copper / Reddish

Product Specifications — Screen Analysis (ASTM Mesh / IS 460)

Grade	Hall's Flow (sec/50g) IS 4840	Purity IS 440	A.D. (g/cc) IS 4848	Screen Analysis — Mesh (ASTM B214 / IS 460)				H₂ Loss Max % IS 11627	Particle Shape
Grade	Hall's Flow (sec/50g) IS 4840	Purity IS 440	A.D. (g/cc) IS 4848	−60/+100	−100/+200	−200/+325	−325	H₂ Loss Max % IS 11627	Particle Shape
A118	NF	99.80%	0.6 – 0.9	—	—	BAL	95 – 99	0.35	Highly Dendritic
A123	NF	99.80%	0.8 – 1.0	—	Tr	BAL	85 – 99	0.35	Highly Dendritic
A128	NF	99.80%	1.0 – 1.2	—	Tr	BAL	80 – 98	0.35	Dendritic
A135	36 – 40	99.80%	1.2 – 1.6	—	20 – 35	BAL	40 – 60	0.35	Dendritic
A200	30 – 33	99.80%	2.8 – 3.0	—	70 – 80	10 – 15	BAL	0.35	Dendritic
A210	25 – 30	99.80%	3.6 – 4.5	60 – 80	10 – 20	BAL	—	0.35	Dendritic

Chemical & Physical Properties — All Grades

Parameter	Specification	IS Standard	ASTM Standard	Method / Equipment
Copper (Cu) Purity	≥ 99.80%	IS 440	ASTM E53	Electrolytic gravimetric / ICP-OES
Iron (Fe)	< 0.010%	IS 440	ASTM E53	Trace element analysis
Lead (Pb)	< 0.005%	IS 440	ASTM E53	Trace element analysis
Moisture Content	< 0.20%	IS 8871:2004	ASTM B212	Loss on drying at 105°C, 2 hours
Hydrogen Loss (H₂ Loss)	≤ 0.35% max	IS 11627:1986	ASTM B212	H₂ atmosphere, 400°C, 30 min — indicates oxide content
Apparent Density	Grade-specific	IS 4848:1981	ASTM B212	Hall Flowmeter, calibrated 25 cm³ cup
Hall Flow Rate	NF or 25–40 sec/50g	IS 4840:2006	ASTM B213	Hall Flowmeter funnel, 2.5 mm orifice, 50g sample
Particle Size Distribution	Grade-specific	IS 460	ASTM B214	Mechanical sieve shaker, ASTM E11 sieves, 100g, 15–20 min
Particle Shape	Dendritic / Highly Dendritic	—	—	LOM / SEM, 100X–5000X magnification

Standard Packaging

Fine Grades (A118–A128): 25 kg HDPE drums, polyethylene inner liner, tamper-evident seal
Coarse Grades (A135–A210): 50 kg fiber drums (25 kg HDPE on request)
Custom: 5 kg, 10 kg, 200 kg bulk bags · Nitrogen blanketing available

Storage & Shelf Life

Temperature: 15–30°C · Humidity: <60% RH · Cool, dry, ventilated
Fine grades (A118–A128): 12–24 months
Coarse grades (A135–A210): 18–24 months
Keep away from oxidizing agents, acids, halogens

Arti Metal — Electrolytic Copper PowderProduct Data Sheet — A118 & A123

A118Ultra-Fine Dendritic

Non-FlowingMaximum Surface Area

Technical Specifications

Purity (Cu min)≥ 99.80%

Apparent Density0.6 – 0.9 g/cm³

Hall Flow RateNon-flowing (NF)

MorphologyHighly Dendritic

Moisture< 0.20%

H₂ Loss (Max)0.35%

ColourCopper / Reddish

Sieve Analysis (IS 460 / ASTM B214)

−60/+100 mesh (250–150 µm)—

−100/+200 mesh (150–75 µm)—

−200/+325 mesh (75–45 µm)Balance

−325 mesh (<45 µm)95 – 99%

Primary Applications

High-performance friction materials
Specialty catalysts (hydrogenation, Ullmann coupling)
Carbon brushes — electrographitic grades (10–25% Cu)
Diamond tool matrices (400–800 mesh diamonds)
Conductive inks & pastes (PCB, RFID, solar)
Advanced composites & ultra-fine reinforcement

Best For: Maximum surface area applications, chemical/catalytic use, fine carbon brush formulations, premium conductive pastes.

Packaging

25 kg HDPE drums · N₂ blanketing recommended · Shelf life: 12–24 months

A123Fine Dendritic

Non-FlowingMost Versatile Grade

Technical Specifications

Purity (Cu min)≥ 99.80%

Apparent Density0.8 – 1.0 g/cm³

Hall Flow RateNon-flowing (NF)

MorphologyHighly Dendritic

Moisture< 0.20%

H₂ Loss (Max)0.35%

ColourCopper / Reddish

Sieve Analysis (IS 460 / ASTM B214)

−60/+100 mesh (250–150 µm)—

−100/+200 mesh (150–75 µm)Tr

−200/+325 mesh (75–45 µm)Balance

−325 mesh (<45 µm)85 – 99%

Primary Applications

Friction materials — brake pads (5–15% Cu) & clutch plates (10–25% Cu)
PM bronze bearings (90Cu/10Sn formulation)
Carbon brushes — metal-graphite grades (25–60% Cu)
Copper-phosphorus brazing pastes
Diamond tool matrices (general purpose)
Conductive pastes and inks

Best For: Standard friction & carbon brush formulations, general PM applications. Most versatile grade in our range.

Typical Usage

Brake pads: 5–15% · Clutch plates: 10–25% · Bronze bearings: 90Cu/10Sn · Carbon brushes: 25–60%

Grade Range Overview

A118 → A123 → A128 → A135 → A200 → A210

Ultra-Fine → Extra Coarse · All at 99.80% Cu min

Arti Metal — Electrolytic Copper PowderProduct Data Sheet — A128 & A135

A128Standard Fine Dendritic

Non-FlowingCost-Effective

Technical Specifications

Purity (Cu min)≥ 99.80%

Apparent Density1.0 – 1.2 g/cm³

Hall Flow RateNon-flowing (NF)

MorphologyDendritic

Moisture< 0.20%

H₂ Loss (Max)0.35%

ColourCopper / Reddish

Sieve Analysis (IS 460 / ASTM B214)

−60/+100 mesh (250–150 µm)—

−100/+200 mesh (150–75 µm)Tr

−200/+325 mesh (75–45 µm)Balance

−325 mesh (<45 µm)80 – 98%

Primary Applications

General friction materials (automotive brake pads 8–15% Cu)
Powder metallurgy structural parts
Diamond tool bonding matrices (stone cutting)
Electrical contact materials (Ag-Cu, Cu-W composites)
Standard welding & brazing applications
Sintered filters & porous components

Best For: Standard application requirements where cost-effectiveness is important. Proven formulations needing reliable, predictable supply.

Typical Usage

Brake pads: 8–15% · Iron-copper PM parts · Stone cutting saw segments · Sintered electrical contacts

A135Medium Dendritic

Free-FlowingAutomation Ready

Technical Specifications

Purity (Cu min)≥ 99.80%

Apparent Density1.2 – 1.6 g/cm³

Hall Flow Rate36 – 40 sec/50g

MorphologyDendritic (moderate)

Moisture< 0.20%

H₂ Loss (Max)0.35%

ColourCopper / Reddish

Sieve Analysis (IS 460 / ASTM B214)

−60/+100 mesh (250–150 µm)—

−100/+200 mesh (150–75 µm)20 – 35%

−200/+325 mesh (75–45 µm)Balance

−325 mesh (<45 µm)40 – 60%

Primary Applications

PM structural parts — high-volume automated production
Bronze powder premix formulations
Carbon brushes — copper-graphite grades (40–80% Cu) for slip rings & high-current DC machines
Friction materials for medium-load applications
Sintered bearings and bushings
Automated die filling operations

Best For: High-volume production, automated pressing, carbon brush manufacturers needing free-flowing Cu. First free-flowing grade in our range.

Key Advantage

Free-flowing — no vibration assist needed. Reduced dusting vs. finer grades. Good dimensional control in sintered parts.

Grade Range Overview

A118 → A123 → A128 → A135 → A200 → A210

Ultra-Fine → Extra Coarse · All at 99.80% Cu min

Arti Metal — Electrolytic Copper PowderProduct Data Sheet — A200 & A210

A200Coarse Dendritic

Excellent FlowHigh Density

Technical Specifications

Purity (Cu min)≥ 99.80%

Apparent Density2.8 – 3.0 g/cm³

Hall Flow Rate30 – 33 sec/50g

MorphologyDendritic (coarse)

Moisture< 0.20%

H₂ Loss (Max)0.35%

ColourCopper / Reddish

Sieve Analysis (IS 460 / ASTM B214)

−60/+100 mesh (250–150 µm)—

−100/+200 mesh (150–75 µm)70 – 80%

−200/+325 mesh (75–45 µm)10 – 15%

−325 mesh (<45 µm)Balance

Primary Applications

High-density powder metallurgy parts
Premix formulations requiring excellent flow
Heavy-duty friction materials (truck brake pads)
Diamond tool matrices (coarse diamond applications)
High-volume automated production lines
Infiltration operations

Best For: Maximum flowability, high-volume automated production, dust control priority, higher green densities needed, long storage times.

Key Advantages

Maximum flowability · High tap density · Minimal dusting · Reduced oxidation risk · Shelf life: 18–24 months

A210Extra Coarse Dendritic

Maximum FlowRailway Grade

Technical Specifications

Purity (Cu min)≥ 99.80%

Apparent Density3.6 – 4.5 g/cm³

Hall Flow Rate25 – 30 sec/50g

MorphologyDendritic (largest)

Moisture< 0.20%

H₂ Loss (Max)0.35%

ColourCopper / Reddish

Sieve Analysis (IS 460 / ASTM B214)

−60/+100 mesh (250–150 µm)60 – 80%

−100/+200 mesh (150–75 µm)10 – 20%

−200/+325 mesh (75–45 µm)Balance

−325 mesh (<45 µm)—

Primary Applications

Railway brake pads — sintered metal (30–60% Cu content)
Heavy-duty structural PM parts
Infiltration operations (large iron PM parts)
Thermal management applications
Maximum-throughput production lines
Long supply chain storage applications

Best For: Railway & heavy-duty brake applications, maximum automation, highest production speeds, strict dust control environments.

Railway Brake Formulation

Cu: 30–60% · Fe: 20–40% · Hot pressing: 650–750°C, 30–50 MPa · Density target: 6.5–7.2 g/cm³

Grade Range Overview

A118 → A123 → A128 → A135 → A200 → A210

Ultra-Fine → Extra Coarse · All at 99.80% Cu min

Arti Metal — Electrolytic Copper PowderApplications & Industries Served

Applications

Critical Applications Demand Critical Quality

Arti Metal electrolytic copper powder serves demanding applications across seven major industries. Our dendritic morphology, controlled particle size distribution, and 99.80% purity make the difference between adequate performance and exceptional reliability.

Custom Specifications: Every industry demands its own kind of powder specifications — specific apparent density, particle size distribution, flow characteristics, and purity levels. At Arti Metal, we are ready to cater to your desired powder properties. Our technical team works closely with customers to develop and supply grades precisely tailored to their application requirements — from standard grades to fully customized formulations.

Friction Materials

Automotive · Railway · Industrial

Copper's 401 W/m·K thermal conductivity dissipates heat, prevents thermal fading, and forms a stable tribolayer (μ = 0.35–0.45). Dendritic particles provide structural reinforcement and noise dampening.

Grades: A118, A123, A128 (auto) · A135, A200 (heavy-duty) · A200, A210 (railway)

Powder Metallurgy

Bearings · Structural Parts · Contacts

Bronze bearings (90Cu/10Sn), iron-copper alloy parts (0.5–10% Cu addition), electrical contacts (Ag-Cu, Cu-W). Dendritic morphology ensures uniform mixing, excellent green strength, and fast sintering.

Grades: A123, A128 (bronze bearings) · A135, A200 (structural, automated)

Diamond Tools

Cutting · Grinding · Drilling

Copper matrix holds diamond particles, dissipates heat (prevents graphitization), and provides controlled wear for self-sharpening behavior. Lower sintering temperature (700–900°C) vs. iron or cobalt.

Grades: A118, A123 (fine 400–800 mesh) · A128, A135 (medium) · A135, A200 (coarse)

Carbon Brushes

Motors · Generators · Slip Rings

Copper powder (10–80% Cu) in carbon brush formulations reduces contact resistance, improves thermal management, and provides structural integrity. Dendritic particles interlock with graphite for superior bonding.

Grades: A118, A123 (electrographitic 10–25%) · A123, A128 (metal-graphite 25–60%) · A135 (copper-graphite 40–80%)

Welding & Brazing

HVAC · Refrigeration · Plumbing

Cu-P brazing pastes (Cu + 5–9% P) are self-fluxing for copper-to-copper joints at 700–800°C. Ag-Cu-P alloys for refrigeration. Flux-cored welding wires for automated operations.

Grades: A128, A135 (brazing pastes) · A135, A200 (self-fluxing alloys)

Electronics & Chemical

PCB · Solar · Catalysis · Research

Conductive inks (75–85% Cu) for PCB, RFID, solar cell metallization. Chemical catalysts (hydrogenation, Ullmann coupling, click chemistry) benefit from maximum surface area and 99.80% purity.

Grades: A118, A123 (inks, catalysts) · A123, A128 (die attach, EMI shielding)

Grade Selection Guide

Application	A118	A123	A128	A135	A200	A210
Automotive Brake Pads	●	●●	●●	●	—	—
Railway Brake Pads (PM)	—	—	—	●	●●	●●
Carbon Brushes (Electrographitic)	●●	●●	●	—	—	—
Carbon Brushes (Copper-Graphite)	—	●	●●	●●	—	—
Bronze Bearings (PM)	—	●●	●●	●	—	—
Diamond Tools (Fine)	●●	●●	●	—	—	—
Diamond Tools (Coarse)	—	—	●	●●	●●	—
Conductive Inks / Catalysts	●●	●●	●	—	—	—

●● = Primary recommendation | ● = Suitable | — = Not recommended | Custom grades available on request for specific application requirements

Arti Metal — Electrolytic Copper PowderQuality Assurance & Test Methods

Quality Assurance

Quality Embedded in Every Particle

At Arti Metal, quality is not an inspection step — it is embedded in every stage of our manufacturing process. From raw material selection through electrochemical deposition, washing, reduction, and classification, consistent powder properties are ensured through scientific control and statistical process monitoring. Every batch undergoes comprehensive testing per Indian Standards (IS) and ASTM equivalents. Records are retained for a minimum of 5 years.

6

Test Categories per Batch

100%

Batches with COA

IS+ASTM

Dual Standard Compliance

5 yr

Record Retention

Standard Test Methods for Metal Powders

Test Parameter	IS Standard	ASTM Standard	BSS	Method Description & Equipment
Chemical Analysis (Cu%)	IS 440	ASTM E53	—	Electrolytic gravimetric or ICP-OES. Spec: ≥99.80% Cu. Trace elements: Fe, Pb, Ni, Sn, Ag monitored.
Apparent Density	IS 4848:1981	ASTM B212	—	Hall Flowmeter apparatus with calibrated 25 cm³ density cup. Powder flows freely into cup. Result: g/cm³. Multiple tests per batch.
Hall Flow Rate	IS 4840:2006	ASTM B213	—	Hall Flowmeter funnel with 2.5 mm orifice. Time for 50g powder to flow. Result: sec/50g. Non-flowing grades reported as NF.
Sieve Analysis (PSD)	IS 460	ASTM B214	BSS 410	Mechanical sieve shaker with ASTM E11 standard sieves. Sample: 100g. Sieving time: 15–20 min. Mesh sizes: 60, 100, 200, 325.
Hydrogen Loss (H₂ Loss)	IS 11627:1986	ASTM B212	—	Sample heated in H₂ atmosphere at 400°C for 30 min. Weight loss indicates oxide content. Spec: ≤0.35% max.
Moisture Content	IS 8871:2004	ASTM B212	—	Loss on drying at 105°C for 2 hours. Spec: <0.20%. Critical for storage stability and processing behavior.
Morphological Analysis	—	—	—	Light Optical Microscopy (LOM) at 100X–500X and Scanning Electron Microscopy (SEM) at 100X–5000X. Assessment: dendritic character, aspect ratio, agglomeration.
Tap Density	IS 4848	ASTM B527	—	Powder tapped in graduated cylinder under standardized conditions. Hausner ratio = Tap Density / Apparent Density (HR <1.25 = good flow).

Indian Standards (IS)

IS 440Chemical Analysis of Copper

IS 460Test Sieves — Specification

IS 4840:2006Flow Rate of Metal Powders

IS 4848:1981Apparent Density of Metal Powders

IS 8871:2004Moisture Content of Metal Powders

IS 11627:1986Hydrogen Loss of Metal Powders

Product Compliance

BSS 410British Standard Test Sieves

RoHSHazardous Substance Compliant

REACHChemical Safety Regulation Aware

ASTM International

ASTM B212Apparent Density (Hall Flowmeter)

ASTM B213Flow Rate of Metal Powders

ASTM B214Sieve Analysis of Metal Powders

ASTM B527Tap Density of Metal Powders

ASTM E11Sieve Designation Standard

ASTM E53Chemical Analysis of Copper

Traceability: Complete batch records from raw material to finished product. Batch/Lot number, manufacturing date, all test results, and approval signatures on every Certificate of Analysis. Records retained minimum 5 years.

Arti Metal — Electrolytic Copper PowderTechnical Reference — Sieve Sizes, Physical Properties & Process Parameters

Technical Reference

Standard Sieve Sizes, Physical Properties & Process Parameters

Standard Sieve Designation Equivalents — ASTM E11 · IS 460 · BSS 410 · Tyler Series

ASTM / US Mesh	Tyler Mesh	IS 460	BSS 410	Aperture (mm)	Aperture (µm)	Wire Dia. (mm)	Relevance to Copper Powder
No. 20	20	850 µm	18	0.850	850	0.510	Coarse screening
No. 30	28	600 µm	25	0.600	600	0.390	Coarse screening
No. 40	35	425 µm	36	0.425	425	0.290	Coarse screening
No. 60	60	250 µm	60	0.250	250	0.180	Used in A135, A200, A210
No. 80	80	180 µm	85	0.180	180	0.131	Intermediate
No. 100	100	150 µm	100	0.150	150	0.110	Key sieve — all grades
No. 120	115	125 µm	120	0.125	125	0.091	Intermediate
No. 200	200	75 µm	200	0.075	75	0.053	Key sieve — all grades
No. 270	270	53 µm	300	0.053	53	0.037	Fine powder analysis
No. 325	325	45 µm	350	0.045	45	0.030	Key sieve — fine grades A118, A123, A128
No. 400	400	38 µm	400	0.038	38	0.025	Ultra-fine analysis
No. 500	500	25 µm	500	0.025	25	0.020	Ultra-fine analysis

Physical Properties of Copper

Fundamental Properties
Atomic Number	29
Atomic Weight	63.546 g/mol
Crystal Structure	FCC
Density (bulk)	8.96 g/cm³
Melting Point	1,085°C
Boiling Point	2,562°C
Electrical Conductivity	5.96×10⁷ S/m
Thermal Conductivity	401 W/m·K
Thermal Expansion	16.5×10^-6 /°C
Specific Heat	0.385 J/g·K
Hardness (Vickers)	369 MPa
Tensile Strength	210 MPa
Elastic Modulus	110–128 GPa
Magnetic	Diamagnetic

Key Formulae

Apparent Density:
ρ_app = Mass / 25 cm³ cup [g/cm³]
Hausner Ratio:
HR = ρ_tap / ρ_app (HR <1.25 = good flow)
H₂ Loss:
= [(W_before−W_after)/W_before]×100
Compressibility:
C = [(ρ_green−ρ_app)/ρ_green]×100

Electrolytic vs. Atomized

Property	Electrolytic	Atomized
Morphology	Dendritic	Spherical
App. Density	0.6–4.5	2.5–5.5
Surface Area	High	Lower
Green Strength	Excellent	Good
Purity	>99.80%	>99.0%
Sintering	Fast	Moderate
Best For	Friction, PM, Brushes	3D print, Spray

Electrolytic Process Control Parameters

Parameter	Range	Effect on Powder
Current Density	150–300 A/m²	Higher → more dendritic, lower apparent density
Cu Ion Conc.	5–10 g/L	Lower → more dendritic morphology
H₂SO₄ Conc.	120–150 g/L	Controls electrolyte conductivity
Temperature	45–55°C	Higher → faster deposition, coarser particles
Deposition Time	Process-specific	Controls particle size and batch yield
Reduction Temp.	300–400°C	Eliminates oxides, achieves ≥99.80% purity

Monitoring: All parameters continuously monitored via automated control systems. Batch records retained for minimum 5 years for full traceability.

ARTI METAL

Precision Metal Powders

"Engineering Excellence Through Dendritic Precision"

Factory Address

Arti Metal
03, Hira Bari
Industrial Area Jhotwara
Jaipur, Rajasthan – 302012
India

Contact

+91-98291 37961
+91-70738 57555
+91-85911 04074
info@artimetal.in
artimetal.in

Business Hours

Monday – Saturday
9:00 AM – 6:00 PM IST

Sunday: Closed

GSTIN: 08AGSPJ3472H2ZZ

What We Offer

Evaluation Samples

1–5 kg samples with COA & TDS

Technical Support

Grade selection, formulation advice, troubleshooting

Custom Grades

Custom PSD, density, purity — from 50 kg trials

Export Ready

Global shipping, LC accepted, full documentation

Tested & Compliant To

IS 440 IS 460 IS 4840 IS 4848 IS 8871 IS 11627 ASTM B212 ASTM B213 ASTM B214 ASTM E53 RoHS REACH

Specifications are subject to change without prior notice. Customers should conduct their own tests to determine suitability for their specific applications. Technical information is based on our experience and industry knowledge; customers are responsible for validating performance in their own processes. Export regulations may vary by destination country; buyers are responsible for compliance with local import regulations. © 2026 Arti Metal. All rights reserved.

ELECTROLYTICCOPPERPOWDER

Dedicated to One Product. Perfected Over Decades.

Electrolytic Process — From Raw Material to Precision Powder

Electrolytic Copper Powder — Six Precision Grades

Critical Applications Demand Critical Quality

Quality Embedded in Every Particle

Standard Sieve Sizes, Physical Properties & Process Parameters

ELECTROLYTIC
COPPER
POWDER