STRATEGIC MATERIALS LIAISON — EUROPE & AFRICA

Three industries. One
accountable supply chain.

PIERTSHI is the European and African gateway to a vertically integrated network of metallurgy producers — nickel electrode mesh for green hydrogen, superalloys for automotive and aerospace, and master alloys for industrial gas turbines.

99.6%Ni purity, electrode-grade wire core
≤12ppmTotal trace elements, VIM-refined superalloy
5,000+tAnnual superalloy master bar capacity
2GWEquivalent annual electrode deployment
THREE MARKETS, ONE MANUFACTURER

Built on the same furnace, sold into three industries

Every material below shares the same vacuum-melted foundation — what changes is the alloy chemistry and the finishing process, tuned to what each industry demands.

Green Hydrogen

Nickel Electrode Mesh

Woven nickel mesh and non-precious-metal catalyst coatings (NiMoAl / NiMoZn) for alkaline water electrolysis — a cost-displacement alternative to PGM-dependent PEM systems.

Ni purity (wire core)99.6%
Operating current density4,000–7,000 A/m²
Annual deployment capacity≈ 2 GW
View full specification
Automotive & Aerospace

High-Purity Superalloys

Vacuum Induction Melted (VIM) master bars and forged stock for turbocharger wheels, structural castings, and tooling — supplied to global automotive and e-mobility manufacturers.

Total trace elements≤ 12 ppm
Oxygen / Nitrogen≤ 5 ppm each
CertificationIATF 16949
View full specification
Industrial Gas Turbines

Extreme-Duty Master Alloys

IN738LC, IN939, IN713C and MAR-M247 master alloys for large-geometry turbine blades, vanes, and structural components — including the H2-ready turbine systems behind the latest data center power buildouts.

Melt processDual-chamber VIM
Annual capacity5,000+ t
TraceabilityDigital MTR / heat number
View full specification
CERTIFIED SPECIFICATION

Read it like a mill certificate

The same parts-per-million data your engineers would expect on a Material Test Report — laid out here for fast technical review, before the formal paperwork ever ships.

QN-Mesh / Alkaline Electrode HEAT REF· QN-AWE-01
Validated — current production
Ni Purity
99.6%
Resistivity
<0.08
Tensile Strength
410–460MPa
Elongation
>28%
Current Density
4,000–7,000A/m²
Next-Gen Target
>8,000A/m² (R&D)
Validated under load. 90-day continuous evaluation at 80°C, 0.2–0.4 MPa withstood 1,000 hours per phase without significant performance deterioration.
  • Stable, low chamber voltage under simulated renewable-energy fluctuating current (1,200–2,400 A/m²)
  • Coating adhesion confirmed via ultrasonic vibration testing in pure water
  • NiMoAl / NiMoZn catalyst — no platinum or iridium required
IN713C / Automotive Master Bar HEAT REF· QA-IN713-02
IATF 16949 Certified
Oxygen (O)
≤5ppm
Nitrogen (N)
≤5ppm
Sulfur (S)
≤2ppm
Total Trace Elements
≤12ppm
Standard Diameters
50 / 75 / 100mm
Surface Finish
Ra≤3.2µm
Built for high-volume serial production. Engineered for turbocharger wheels, exhaust systems, and e-mobility components — supplied to global automotive OEMs and tier-1 casters.
  • Dual-chamber CONSARC VIM furnaces — computer-controlled heat-to-heat stability
  • Every bar laser-etched with Heat Number for 100% traceability
  • Full PPAP support, Level 1–5
IN738LC / IGT Master Alloy HEAT REF· QT-IN738-03
5,000+ t / yr capacity
Total O+N+S
≤12ppm
Heat-to-Heat Fluctuation
±0.1wt.%
Melt Process
VIM
Alloy Family
IN738LC·IN939
Alloy Family
IN713C·MAR-M247
Application
Blades · Vanes
Extreme-duty, large-geometry capability. Optimized for large-geometry IGT blades, vanes, and structural components — including the new generation of H2-ready turbines powering growing data center electricity demand.
  • IN738LC / IN939 — superior hot-corrosion resistance for harsh environments
  • IN713C / MAR-M247 — high-temperature creep and oxidation resistance
  • 100% digital traceability across every heat
See process control data
VERTICAL INTEGRATION

One furnace, one accountable chain

From raw alloy to finished, coated or machined product — not a brokered assembly of subcontractors.

01

Smelting

1-Ton & 3-Ton CONSARC high-vacuum VIM refining — a process still rare among regional competitors.

02

Wire Drawing

Dedicated 0.15–1.0mm micro-wire line, 40–80 tons/month.

03

Mesh Weaving / Forging

High-precision weaving lines (9,000 sheets/month) or forged round bar and rectangular block production.

04

Coating / Finishing

Vacuum atomization, APS catalyst coating, or centerless grinding to Ra ≤3.2µm — depending on end application.

Mesh weaving loom in production, weaving nickel electrode mesh
Mesh weaving in progress — Step 03 on the floor, not a stock photo.
Factory floor with finished wire coils staged for shipment
Finished wire coils staged for shipment at the Suqian facility.
QUALITY & TRACEABILITY

Certified to the standards your auditors already trust

ISO 9001 ISO 14001 ISO 45001 ISO 17025 ISO 50001 IATF 16949 AS9100D Nadcap Accredited
INDUSTRIAL GAS TURBINES & AEROSPACE

Where ppm-level control meets jet-engine scrutiny

Gas turbine and aerospace customers don't take purity claims on faith — they audit process control charts heat by heat. Here's what ours look like.

Total O+N+S content ≤12 ppm in the master alloy — and ≤10 ppm on directional-solidification alloys now running at ton-scale, not just kilogram trial batches.
Heat-to-heat fluctuation of major elements within ±0.1 wt.% — aluminum held to the same ±0.1 wt.% band, carbon to ±0.01 wt.%, across full production runs, not isolated samples.
Dross rating Grade 1, consistently, under 1450°C testing — the cleanliness benchmark aerospace casters check first.
Melted on CONSARC 1T & 3T vacuum induction furnaces (3T line aerospace-specialized) imported from the United States, holding vacuum ≤0.1 Pa with intelligent full-process control and collection.

PROCESS CAPABILITY (Cpk) — LIVE CONTROL DATA 38 HEATS SAMPLED

Cr / Chromium 2.61Cpk
Mo / Molybdenum 2.07Cpk
Ta / Tantalum 1.68Cpk

Cpk > 1.33 is the conventional aerospace threshold for a controlled process. Every element we track sits comfortably above it — sustained across consecutive production heats, not cherry-picked samples.

PURIFICATION PROCESS

Liquiding → Refining → Pre-pouring

Metal Material Control
Input alloy verification
Refractory Selection
Crucible & lining choice
Melting Optimization
VIM profile tuning
Refining
Slag & inclusion removal
Pre-Pouring
Reactive element addition
END-USE QUALIFICATION

Our network's materials are already qualified by the names that audit hardest

Qualification achieved upstream in our partner network's material supply chain — not direct commercial relationships with PIERTSHI.

GE Aviation
MTU Aero Engines
AECC
CSSC
BYD
Mitsubishi
Chery
SUVAST
EUROPE & AFRICA

A local partner, not a distant supplier

PIERTSHI is based in Austria and acts as the direct contractual, technical, and logistics interface for every shipment — closing the gap between Chinese production scale and the commercial standards European and African buyers expect.

🇪🇺 European Union

Direct commercial interface for cross-border transactions, EU buffer-stock coordination, and customs clearance into automotive, aerospace, and industrial gas markets.

Automotive OEMs Aerospace Tier-1 IGT Operators

🌍 Africa

Strategic liaison for South Africa's green hydrogen sector — positioning non-precious-metal alkaline electrolysis as a cost-displacement complement to the region's own PGM production.

Green Hydrogen Developers PGM Producers Industrial Off-takers
GET IN TOUCH

Request a trial batch or technical audit

Tell us which material you're evaluating, and we'll route you directly to the right technical contact — no distributor layer in between.

Direct Line
+43 (0) 660 407 37 21
Office
Am Poschenhof 142, 4840 Vöcklabruck, Austria
VAT / UID
ATU82683204

LEGAL

Privacy Policy

How PIERTSHI GmbH collects, uses, and protects personal data in line with the EU General Data Protection Regulation (GDPR) and Austrian data protection law.

1. Data Controller

The controller responsible for data processing on this website is:

PIERTSHI GmbH
Am Poschenhof 142, 4840 Vöcklabruck, Austria
Email: [email protected]
VAT / UID: ATU82683204

2. Data We Collect and Why

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We do not sell personal data or share it with third parties for their own marketing purposes.

4. Data Retention

Inquiry data is kept for as long as needed to handle your request and any resulting business relationship, and afterwards only as long as required by applicable commercial or tax retention obligations under Austrian law, after which it is deleted.

5. Your Rights

Under the GDPR, you have the right to request access to, rectification of, or erasure of your personal data, to restrict or object to its processing, and to data portability. You may exercise these rights by contacting us at [email protected].

You also have the right to lodge a complaint with the Austrian data protection authority:
Österreichische Datenschutzbehörde, Barichgasse 40–42, 1030 Vienna, Austria — [email protected]

6. Changes to This Policy

We may update this policy as our website or legal obligations evolve. The current version always applies to visits to this site.

Last updated: July 2026