Simply contact us and we'll come up with a solution tailored specifically to you – quickly and reliably.
Call:
Click and phone
Service telephone:
+49(0) 8245 96799-0
Call-back
We'll call you back
Call-Back-Service
We trade in the metals mentioned in the form of pieces, sheet, swarf, dust and sludge. If you want to sell or buy any other type of material, we will be happy to provide you an individual quotation.
Tungsten carbide, formerly also referred to colloquially as Widia (as hard as diamond), is a material that is produced via a sintering process and that consists of very hard tungsten carbide (often tungsten carbide + cobalt, which are bonded together in a metallic matrix).
We trade in the following scrap materials:
|
Tungsten carbide thread-milling cutters Screw taps Tungsten carbide processing Tungsten carbide drill bits Tungsten carbide turning tools Tungsten carbide milling tools Sintered carbide Tungsten carbide planer knives Tungsten carbide wood cutters Tungsten carbide circular saw blades Tungsten carbide balls Tungsten carbide dies Tungsten carbide precision parts Tungsten carbide precision tools Tungsten carbide moulding knives Tungsten carbide powder Tungsten carbide blanks Tungsten carbide sludge Tungsten carbide cutting tools Tungsten carbide special tools Tungsten carbide punching tools |
Tungsten carbide dust Tungsten carbide engraving tools Tungsten carbide wear protection Tungsten carbide wear parts Tungsten carbide tools Tungsten Carbide turnings Tungsten carbide centring tips Tungsten carbide draw plates Tungsten carbide drills Tungsten carbide milling tools Tungsten carbide powder Tungsten carbide sludge Tungsten carbide scrap Tungsten carbide swarf Tungsten carbide rods Hevimet Cold-impact dies Mirco-drills PCD tools Circuit board drill Green parts Press tools |
Printed circuit board drill Reamers Raw tungsten carbide Rotary milling tools Heavy metal Countersinks Street scrapers Forming tools Solid tungsten carbide Solid tungsten carbide drill bits Rolling rings WCu indexible inserts Cutting inserts Morgan Rolls Widia scrap WNi WNiCu WNiFe wire electrode cutting material Tungsten Copper-tungsten Nickel-tungsten residues |
Machining tools Waste Mining Drilling tools Bushings Densalloy Diamond tools Rotary tools Moulded parts Burrs Glass-cutting wheels Paper-cutting knives Tungsten carbide recycling Tungsten carbide scrap Construction parts Non-sintered carbide Tungsten carbides Swarf Solid tungsten carbide scrap Solid tungsten carbide tools |
Nickel-based and super alloys are very resistant to heat and corrosion, properties that can be achieved above all through complex alloying additions. Due to these characteristics, these materials are primarily used in power train, aviation and aerospace technology.
We trade in the following scrap materials:
|
Alloy 49
Alloy 59 Alloy 713C Alloy 713LC CMSX-10 CMSX-11B CMSX-11C CMSX-2 CMSX-4 CMSX-6 CUSTOM 450 CUSTOM 455 Hast X Hastelloy S Haynes 120 Haynes 150 Haynes 160 Haynes 188 Haynes 214 Haynes 230 Haynes 242 Haynes 25 - L 605 Haynes 282 Haynes 556 In 100 In 600 In 601 In 617 In 6201 In 6203 In 625 In 738 In 792 In 939 INCOLOY alloy 020 INCOLOY alloy 028 INCOLOY alloy 25-6MO INCOLOY alloy 27-7MO INCOLOY alloy 330 INCOLOY alloy 330HC INCOLOY alloy 800 INCOLOY alloy 800H |
INCOLOY alloy 800HT
INCOLOY alloy 801 INCOLOY alloy 802 INCOLOY alloy 803 INCOLOY alloy 805 INCOLOY alloy 825 INCOLOY alloy 832 INCOLOY alloy 840 INCOLOY alloy 864 INCOLOY alloy 890 INCOLOY alloy 901 INCOLOY alloy 903 INCOLOY alloy 904 INCOLOY alloy 907 INCOLOY alloy 908 INCOLOY alloy 909 INCOLOY alloy 925 INCOLOY alloy A-286 INCOLOY alloy DS INCOLOY alloy MA956 INCOLOY alloy MA957 Inconel 182 Inconel 62 Inconel 657 Inconel 718 Inconel 800H Inconel 800HT Inconel 82 Inconel alloy 050 Inconel alloy 22 Inconel alloy 230 Inconel alloy 600 & 600T Inconel alloy 600SP Inconel alloy 601 Inconel alloy 601GC Inconel alloy 603XL Inconel alloy 604 Inconel alloy 606 Inconel alloy 613 Inconel alloy 617 Inconel alloy 622 Inconel alloy 625 |
Inconel alloy 625LCF
Inconel alloy 671 Inconel alloy 672 Inconel alloy 686 Inconel alloy 690 & 690HT Inconel alloy 691 Inconel alloy 693 Inconel alloy 702 Inconel alloy 706 Inconel alloy 718 Inconel alloy 718SPF Inconel alloy 721 Inconel alloy 722 Inconel alloy 725 Inconel alloy 725HS Inconel alloy 740 Inconel alloy 751 Inconel alloy 783 Inconel alloy C-276 Inconel alloy G Inconel alloy G-3 Inconel alloy HX Inconel alloy MA6000 Inconel alloy MA754 Inconel alloy MA758 Inconel alloy X-750 Inconel MA 6000 Kovar Mar-M-200+Hf Mar-M-247 Mar-M-247 DS Mar-M-421 Mar-M-509 / ECY 768 Mar-M-918 MERL76 N 155 Nickel waste, scrap and swarf Nimonic 101 Nimonic 105 Nimonic 108 Nimonic 115 Nimonic 263 |
Nimonic 70
Nimonic 75 Nimonic 80A Nimonic 81 Nimonic 90 Nimonic 91 Nimonic alloy PE11 Nimonic alloy PE16 Nimonic alloy PK31 Nimonic alloy PK33 Nimonic alloy PK37 PH13-8Mo PH15-7Mo Preci222 PWA 1480 PWA 1483 PWA 1484 RA 330 RA 333 Reinnickel René 41 René 7 René 80 René 80 H Rene 95 René N4 René N5 René N6 RR 2000 SC 180 SRR 99 U 500 U 520 U 700 U 710 U 720 Udimet Waspaloy X 750 X40 X45 |
Cobalt alloys, some of which are also called super alloys, are very resistant to heat and corrosion, properties achieved mainly by means including complex alloy additions. Due to these characteristics, these materials are primarily used in power train, aviation, aerospace and medical technology.
We trade in the following scrap materials:
|
Stellite 1
Stellite 100 Stellite 12 Stellite 151 Stellite 188 Stellite 19 Stellite 20 Stellite 21 Stellite 23 |
Stellite 25
Stellite 3 Stellite 30 Stellite 31 Stellite 4 Stellite 6 Stellite 7 Stellite 8 Stellite F75 |
Stellite X40
Stellite X45 Tribaloy Umco 50 Umco 51 Waste Sheet metal Elgiloy |
Cast parts
Hiperco 35 Hiperco 50 Maragin Permendur 2V Scrap Swarf Dust |
Due to its properties of extreme hardness and resistance to wear and corrosion while at the same time being very light, titanium is primarily used in power train, aviation, aerospace and medical technology, as well as in the chemical industry.
We trade in the following scrap materials:
|
Titanium 3.7025
Titanium 3.7035 Titanium 3.7165 Titanium 3.7194 Titan 3.7235 Titan 6/4 |
Titanium 90/6/4
Titanium Grade 1 Titanium Grade 2 Titanium Grade 3 Titanium Grade 4 Titanium Grade 5 |
Titanium Grade 6
Titanium Grade 7 Titanium Grade 9 Waste Sheet metal Cast parts |
Pure titanium turnings
Scrap Swarf Dust |
Ferro alloys are used in the steel industry to produce a variety of different alloys.
We trade primarily in the following scrap materials:
|
Ferro chromium
Ferro manganese Ferro molybdenum Ferro niobium Ferro vanadium |
Ferro tungsten
Ferrochromium Ferromanganese Ferromolybdenum Ferroniobium |
Ferrovanadium
Ferrotungsten FeV FeW FeCr |
FeMn
FeMo FeNb |
The pure metals that we trade, are specially sorted and prepared for later utilisation. The level of purity, which is continually checked in our laboratory and the experience of our staff guarantees a stable quality.
We trade primarily in the following scrap materials:
|
Chromium waste Chromium scrap Chromium targets Cobalt Cobalt waste Cobalt scrap Cobalt swarf Molybdenum Molybdenum waste Sheet molybdenum Molybdenum wire Molybdenum scrap |
Molybdenum swarf Molybdenum targets Molybdenum coils Nickel Nickel waste Sheet nickel Nickel wire Nickel scrap Nickel dust Nickel targets Niobium Niobium waste |
Sheet niobium Niobium scrap Pure chromium Pure cobalt Pure molybdenum Pure nickel Pure niobium Pure titanium Pure tungsten Titanium Titanium waste Titanium cast parts |
Titanium swarf Titanium heat-exchanger panels Tungsten Tungsten waste Sheet tungsten Tungsten wire Tungsten scrap Tungsten swarf Tungsten targets Tungsten coils |
Stainless steel is a name for alloyed and non-alloyed steels with a special degree of purity.
We trade in numerous grades and forms of stainless steel scrap, e.g. in alloyed scrap that contains nickel, chromium or molybdenum as significant alloy elements.
We thus put scrap from production processes, as well as old scrap, back into the raw material cycle.
We trade in the following scrap materials:
|
AISI 430 Alloy 20 Alloy 59 Chromium/nickel/molybdenum waste Chromium/nickel/molybdenum swarf Chromium/nickel waste Chromium/nickel swarf Chromium steel scrap |
Chromium steel swarf CMSX6 Colmonoy 6 Haynes 230 Haynes 242 Haynes 59 Hy-Mu-77 Hy-Mu-80 |
Incoloy 800 Inconel 904 Mu-metal Nimonic 901 Nitronic 33 |
V2A-waste V2A-swarf V4A-waste V4A-swarf etc. |
Plus waste and swarf with the following material numbers:
|
1.3964
1.4310 1.4313 1.4333 1.4333 1.4333 1.4361 1.4410 1.4435 1.4441 1.4460 1.4462 1.4466 |
1.4507
1.4521 1.4529 1.4534 1.4539 1.4542 1.4542 1.4545 1.4547 1.4828 1.4841 1.4849 1.4852 |
1.4855
1.4859 1.4864 1.4876 1.4876 1.4922 1.4980 1.4988 1.4988 1.6580 1.6982 2.4633 2.4658 |
2.4660
2.4662 2.4663 2.4669 2.4815 2.4867 2.4869 2.4879 2.4969 2.4975 etc. |
Non-ferrous metal is the name used to describe all metals other than iron and metal alloys in which iron is not contained as a main element. Examples of this are copper, aluminium, zinc, tin, bronze and brass. Sometimes the abbreviation 'NF metal' is used for such metals. Due to their often striking colour, they are also known in Germany as 'Buntmetalle' (colourful metals). However, what are known as 'white metals' are categorised as non-ferrous metals as well.
We trade in the following scrap materials:
Aluminium Al:
|
Aluminium, Copper, Brass, Bronze, Zinc, Tin, Lead in the shape of sheets, wire, turnings, swarfs, blocks, residues, cathodes, targets, mates, alloys, plates, tubes, punchings, strips, etc. |
HSS: High speed steel, abbreviated as HSS, is the name given to special alloys with exceptional hardness and resistance to wear. The main alloy elements are tungsten, molybdenum, vanadium, cobalt and chromium. The metal used as the basis for HSS is iron. HSS is also produced by powder metallurgy (so-called PM steel), then having extremely fine carbide distribution. HSS steels are predominantly used for the following products: drill bits, milling tools, turning tools, taps, rollers, rolling rings, countersinks, frictional tools, forming tools, cutting tools and punching tools.
Tool steel: Tool steel is the name given to steel that is used for making tools and moulds. Based on their composition, a distinction is made between non-alloyed and alloyed tool steels. Non-alloyed tool steels cannot be fully hardened (high critical cooling rate) and are also not suitable for high operating temperatures. Non-alloyed tool steels therefore are categorized as cold work steel. Alloyed tool steels are used in tools subject to greater stress and can generally be fully hardened. Also, depending on the alloy elements present, they do not warp as much during hardening. The alloy elements are often chromium, vanadium, manganese, molybdenum, nickel, tungsten and cobalt. Tool steels are predominantly used for the following products: dies, stamps, punching technology tools, woodworking tools, thread rollers, crimping tools, measuring tools, clamping tools, piercing dies, paper and cellulose industry machine cutters, embossing tools, screw conveyors, etc. A distinction is made between cold work steel (operating temperature up to 200°C), warm work steel (operating temperature up to 400°C) and high speed steel (operating temperature up to 600°C).
We trade primarily in the following scrap materials:
HSS:
|
AISI M1 AISI M2 AISI M3 AISI M4 AISI M7 AISI M10 AISI M15 AISI M30 AISI M33 AISI M35 AISI M36 AISI M41 AISI M42 AISI M50 AISI M52 |
AISI T1 AISI T4 AISI T5 AISI T6 AISI T7 AISI T8 AISI T15 AISI T21 AISI T42 etc. |
Tool steel:
|
AISI A2 AISI D2 AISI D3 AISI H10 AISI H11 AISI H12 AISI H13 AISI H19 AISI H21 Nihavel 1 |
CPM 3V CPM 9V CPM 10V CPM 15V etc. |
The trademarks, registered trademarks, logos, trade names and brand names used on this site are not owned by Stadler Metalle e.K. It may not be concluded from our use of these names and marks - even if they are not specifically identified as such - that they are free to use; all rights rest with their owners, whom we acknowledge. The information on this site is the result of a rigorous, extensive study of many sources. While the utmost care has been taken to ensure accuracy, Stadler Metalle e.K. cannot accept responsibility for any errors or omissions that may have arisen in the course of this research. The various trade names are used only for reference purposes utilised in putting together this information.
