Mechanical

STAINLESS STEEL REGULAR AND FINE

Our expertise and high quality production levels of stainless steel regular and fine wire are recognized globally and used to produce products for a vast number of diverse environments. Our regular and fine wire is produced at our state-of-the-art facilities. Only the best raw materials and consumables, like natural diamond dies, are utilized to ensure the surface finish of our products is second to none. NOVAMETAL regular and fine wire is used for applications such as:

1. Oil & Gas Industry
2. Medical Industry
3. Automotive Industry
4. Aerospace and Aeronautics Industries
5. Textile Industry
6. Office
7. Odontology
8. Home

STAINLESS STEEL WIRE FOR SPRINGS

Novametal is today recognized as a premium producer of spring wire within the spring industry. Specializing in stainless steel and nickel alloy grades of round, profile or flat spring wire we have the expertise and knowledge to produce material for precision and standard spring production. Novametal has developed:

Global partners

Consistent quality

Excellent coilability, even by robot

Tailor made production (matt or bright finishing) produced with high performance coatings

Customised production available on request.

STAINLESS STEEL FOR COLD HEADING

Novametal’s range of stainless steel, aluminium and nickel alloy cold heading grades are the benchmark within the industry for innovation and quality. With over 30 years experience of supplying material to produce cold formed fasteners and complex parts to the market our knowledge and understanding of customer’s requirements is second to none. We guarantee to our clients:

ISO9001 certified quality management system for full traceability of material

Superior performing wires even in the most demanding environments

Large capacity, flexibility & short deliveries

First class customer service

ALUMINIUM

Novametal provide a full range of aluminium and alloy wire grades and diameters for multiple applications such as rivets, studs, screws, nuts and cold forming. With over 25 years of experience in drawing aluminium we guarantee to our customers a product produced from the finest quality raw material and to the highest standards possible in order to provide:

– free defect surface wire
– superior performance even in the utmost demanding processes
– customized packing formats
– ISO9001 certified quality management system for full material traceability

STAINLESS STEEL FOR FREE CUTTING

Novametal is a leading supplier of precision stainless steel wire for free cutting application. Our free cutting wire is produced to the highest industry standards, recognized by excellent machinability, surface finish and consistent diameter tolerances. Novametal free cutting wire contributes to increase cutting speed and improve tool life. Novametal is able to produce standard and non-standard sizes and tolerances with quick delivery and premium service, in 300 and 400 series.

NICKEL ALLOYS REGULAR AND FINE

Our expertise and high quality production levels of nickel alloy regular and fine wire are recognized globally and used to produce products for a vast number of diverse environments. Our regular and fine wire is produced at our state-of-the-art facilities. Only the best raw materials and consumables, like natural diamond dies, are utilized to ensure the surface finish of our products is second to none. NOVAMETAL regular and fine wire is used for applications such as:


1. Oil & Gas Industry
2. Medical Industry
3. Automotive Industry
4. Aerospace and Aeronautics Industries
5. Textile Industry
6. Office
7. Odontology
8. Home

METALLIZING THERMAL SPRAY COATING

Novametal produces wire for metallisation, with among the lowest iron content level available in the market. Every single item is produced and identified under the ISO9001 certified quality management system, that offers the full material traceability; and  thanks to its improved production technology – which includes precision layered spooling – our product is perfect for such applications, as flexible packaging, solar film and labels among others, where high quality and no impurities is required.

PROFILE AND FLAT

With over 50 years of experience in the precision cold rolling of stainless steel, carbon steel and non-ferrous metals, TDV has built up relationships of total confidence with its customers all over the world.

Operating in the following markets:

  • Oil & Gas,
  • General Filtration Food & Drink,
  • Power Generation/Energy and
  • Miscellaneous wire shapes.

We understand the specific demanding requirements of our technical customers. Whether they are a manufacturer of sand filters for the Oil exploration sector, part of the Automobile supply chain, or part of the growing Power Generation sector, TDV has the answer and can work with your Engineering team to maximise your design and minimise your costs.

Our skill is the manufacture of wire profiles with a minimum section of 0.34mm² up to 40mm². This skill has enabled our growth in the market for precision wire profiles for the most difficult of applications. Our in-house technical and multi-lingual commercial development skills have helped make TDV the number one choice of major global players.”

SUPERNOVA SLICKLINE

Service Providers around the world are benefiting from the excellent corrosion resistance, high minimum break loads and cost savings provided by Supernova Slicklines.
Novametal’s vast experience, wire drawing expertise and technical knowledge across a wide range of stainless steel and nickel alloys enables slickline users to benefit from competitive prices and short lead times without compromising product quality, service performance or line life. Benefits which are further extended by the introduction of our Supernova 100 grade. All our slicklines are manufactured in Switzerland using raw materials from European producers; all lines are 100% Eddy Current Tested (NDT) and free from welds.

STAINLESS STEEL WELDING

NOVAMETAL GRADE

CLASSIFICATION

MATERIAL Nr.

PDF

NMS 307 NMS 307 Si

AWS A5.9 / ~ER307

EN ISO 14343-A / 18 8 Mn

1.4370

NMS 308AWS AWS A5.9 / ER308L, ER308
EN ISO 14343-A / 19 9 L
1.4316
NMS 308AWS
NMS 308H
AWS A5.9 / ER308H, ER308
EN ISO 14343-A / 19 9 H
1.4302
NMS 308H
NMS 308L (core wire for electrodes)
ASME SFA 5.4 / E308L-XX (UNS W30813)
NMS 308L
NMS 308LSI
AWS A5.9 / ER308LSi, ER308Si
EN ISO 14343-A / 19 9 L Si
1.4316
NMS 308LSi
NMS 308L-LF (low ferrite)
AWS A5.9 / ER308L, ER308
EN ISO 14343-A / 19 9 L
1.4316
NMS 308L-LF
NMS 309H
AWS A5.9 / ER309
EN ISO 14343-A / 22 12 H
~1.4829
NMS 309H
NMS 1.4829
AWS A5.9 / ~ER309Si
EN ISO 14343-A / 22 12 H
1.4829
NMS 1.4829
NMS 309L AWS A5.9 / ER309L, ER309 EN ISO 14343-A / 23 12 L 1.4332 NMS 309L
NMS 309LSi AWS A5.9 / ER309LSi, ER309Si EN ISO 14343-A / 23 12 L Si 1.4332 NMS 309LSi
NMS 1.4459 AWS A5.9 / ~ER309LMo, ~ER309Mo EN ISO 14343-A / 23 12 2 L ~1.4459 NMS 1.4459
NMS 309LMO AWS A5.9 / ER309LMo, ER309Mo EN ISO 14343-A / 23 12 2 L 1.4459 NMS 309LMO
NMS 309LNB AWS A5.9 / ER309LNb ISO 14343-A / 23 12 Nb ~1.4556 NMS 309LNB
NMS 310 AWS A5.9 / ER310 EN ISO 14343-A / 25 20 1.4842 NMS 310
NMS 312 AWS A5.9 / ER312 EN ISO 14343-A / 29 9 1.4337 NMS 312
NMS 316AWS AWS A5.9 / ER316L, ER316 EN ISO 14343-A / 19 12 3 L 1.4430 NMS 316AWS
NMS 316H AWS A5.9 / ER316H, ER316 EN ISO 14343-A / 19 12 3 H ~1.4403 NMS 316H
NMS 316 L (core wire for electrodes) ASME SFA 5.4 / E316L-XX (UNS W31613) NMS 316L
NMS 316LSI AWS A5.9 / ER316LSi, ER316Si EN ISO 14343-A / 19 12 3 L Si 1.4430 NMS 316LSi
NMS 316L-LF (low ferrite) AWS A5.9 / ER316L, ER316 EN ISO 14343-A / 19 12 3 L 1.4430 NMS 316L-LF
NMS 1.4455 AWS A5.9 / ER316LMn EN ISO 14343-A / 20 16 3 Mn N L ~1.4455 NMS 1.4455
NMS 317L AWS A5.9 / ER317L, ER317 EN ISO 14343-A / 18 15 3 L 1.4438 NMS 317L
NMS 318 AWS A5.9 / ER318 EN ISO 14343-A / 19 12 3 Nb 1.4576 NMS 318
NMS 318SI AWS A5.9 / ~ER318 EN ISO 14343-A / 19 12 3 Nb Si 1.4576 NMS 318Si
NMS 320LR AWS A5.9 / ER320LR, ER320 2.4660 NMS 320LR
NMS 347 AWS A5.9 / ER347 EN ISO 14343-A / 19 9 Nb 1.4551 NMS 347
NMS 347-HF (high ferrite) AWS A5.9 / ER347 EN ISO 14343-A / 19 9 Nb 1.4551 NMS 347-HF
NMS 347SI AWS A5.9 / ER347Si EN ISO 14343-A / 19 9 Nb Si 1.4551 NMS 347Si
NMS 383 AWS A5.9 / ER 383 EN ISO 14343-A / 27 31 4 Cu L NMS 383
NMS 904L AWS A5.9 / ER385 EN ISO 14343-A / 20 25 5 Cu L ~1.4519 NMS 904L
NMS 409 AWS A5.9 / ER409Nb EN ISO 14343-B / 409NB ~1.4009 NMS 409
NMS 410 AWS A5.9 / ER410 EN ISO 14343-A / 13 ~1.4009 NMS 410
NMS 1.4313 AWS A5.9 / ER410NiMo EN ISO 14343-A / 13 4 1.4313 NMS 1.4313
NMS 420C AWS A5.9 / ER420 EN ISO 14343-B / 420 1.4031 NMS 420C
NMS 430 AWS A5.9 / ER430 EN ISO 14343-A / 17 1.4015 NMS 430
NMS 430LNB EN ISO 14343-A / ~18 L Nb ~1.4511 NMS 430LNB
NMS 1.4502 AWS A5.9 / ER439 EN ISO 14343-B / 439 1.4502 NMS 1.4502
NMS 630/S AWS A5.9 / ER630 EN ISO 14343-B / 630 1.4542 NMS 630-S
NMS 1.4122 EN 10088-1 / X39CrMo17-1 EN ISO 14919 / X39CrMo17-1 1.4122 NMS 1.4122
NMS 1.4718 EN 14700 – S Fe 8 EN 10090 – X45CrSi8 1.4718 NMS 1.4718
NMS 16.8.2 AWS A5.9 / ER16-8-2 ISO 14343-A / ~16 8 2 NMS 16.8.2
NMS 21.33 ISO 14343-A / Z 21 33Mn Nb ~1.4850 NMS 21.33
NMS 2209 AWS A5.9 / ER2209 ISO 14343-A / 22 9 3 N L ~1.4462 NMS 2209
NMS 25.9.4 AWS A5.9 / ER2594 ISO 14343-A / 25 9 4 N L ~1.4501 NMS 25.9.4
NMS 25.9.4S UNS S32760 (ASTM) ~1.4501 NMS 25.9.4S
NMS 253 EN ISO 14343-A / ~21 10 N EN 10088-1 / X9CrNiSiNCe21-11-2 1.4835 NMS 253
NMS 254 ASTM / UNS S31254 EN 10088-1 / X1CrNiMoCuN20-18-7 1.4547 NMS 254

NICKEL, COPPER & TITANIUM WELDING

NOVAMETAL GRADE NICKEL CLASSIFICATION MATERIAL Nr. PDF
NMN NICR3 AWS A5.14 / ERNiCr-3 ISO 18274 / NiCr20Mn3Nb ISO 18274 / S Ni 6082 2.4806 NiCr3
NMN NICRMO2 AWS A5.14 / ERNiCrMo-2 2.4665 NiCrMo2
NMN NICRMO3 AWS A5.14 / ERNiCrMo-3 ISO 18274 / NiCr22Mo9Nb ISO 18274 / S Ni 6625 2.4831 NiCrMo3
NMN NICRMO4 AWS A5.14 / ERNiCrMo-4 ISO 18274 / NiCr15Mo16Fe6W4 ISO 18274 / S Ni 6276 2.4886 NiCrMo4
NMN NCRMO10 AWS A5.14 / ERNiCrMo-10 ISO 18274 / NiCr21Mo13Fe4W3 ISO 18274 / S Ni 6022 2.4635 NICRMO10
NMN 59 AWS A5.14 / ERNiCrMo-13 ISO 18274 / NiCr23Mo16 ISO 18274 / S Ni 6059 2.4607 NMN59
NMN NICRM14 AWS A5.14 / ERNiCrMo-14 ISO 18274 / NiCr21Mo16W4 ISO 18274 / S Ni 6686 ~2.4606 NiCrMo14
NMN NCRCOM1 AWS A5.14 / ERNiCrCoMo-1 ISO 18274 / NiCr22Co12Mo9 ISO 18274 / S Ni 6617 2.4627 NCrCoM1
NMN NICRF7A AWS A5.14 / ERNiCrFe-7A ISO 18274 / NiCr29Fe9 ISO 18274 / S Ni 6054 2.4642 NiCrFe7A
NMN NIFECR1 AWS A5.14 / ERNiFeCr-1 ISO 18274 / NiFe30Cr21Mo3 ISO 18274 / S Ni 8065 2.4858 NiFeCr1
NMN 718 AWS A5.14 / ERNiFeCr-2 ISO 18274 / NiCr19Fe19Nb5Mo3 ISO 18274 / S Ni 7718 2.4667 NMN 718
NMN NICU7 AWS A5.14 / ERNiCu-7 ISO 18274 / NiCu30Mn3Ti ISO 18274 / S Ni 4060 2.4377 NiCu7
NMN NI 1 AWS A5.14 / ERNi-1 ISO 18274 / NiTi3 ISO 18274 / S Ni 2061 2.4155 Ni1
NMN N99 AWS A5.14 / ENi-Cl ISO 18274 / Ni99.2 ISO 18274 / Ni99.6 2.4060 N99
NMN FN55 AWS A5.14 / ENiFe-Cl ISO 18274 / SC NiFe-1 ~2.4472 FN55
NMN 25.35 ISO 14343-A / Z 25 35 Zr ~1.4853
NMN 35.45 ISO 14343-A / Z 35 45 Nb ~1.4889
NOVAMETAL GRADE COPPER
NMR CUNI AWS A5.7 / ERCuNi ISO 24373 / CuNi30Mn1FeTi ISO 24373 / Cu 7158 2.0837 NMR CUNI
NMR CUSI3 AWS A5.7 / ERCuSi-A ISO 24373 / CuSi3Mn ISO 24373 / Cu 6560 2.1461 NMR CUSI3
NOVAMETAL GRADE TITANIUM
NMT TI2 ASME SFA-5.16 / ERTi-2 ISO 24034 / S Ti 0120 – Ti99,6 3.7035 NMT TI2

ALUMINIUM WELDING

NOVAMETAL GRADECLASSIFICATIONMATERIAL Nr.DOWNLOAD PDF
NMA 1070AWS A5.10 / ER10703.0259NMA 1070 (Download PDF)
ISO 18273 / Al 1070 – ISO 18273 / Al99,7
DIN 1732 / ~Al99,8
JIS Z 3232 / Al 1070
NMA 1080AWS A5.10 / ER1080A3.0286NMA 1080
ISO 18273 / Al 1080A – ISO 18273 / Al99.8(A)
DIN 1732 / Al 99.8
JIS Z 3232 / Al 1080A
NMA 4043AWS A5.10 / ER4043 – AWS A5.10 / ER4043A3.2245NMA 4043
ISO 18273 / Al 4043 – ISO 18273 / Al 4043A – ISO 18273 / AISi 5 – ISO18273 /AISi5(A)
DIN 1732 / AI Si 5
JIS Z 3232 / Al 4043 – JIS Z 3232 / Al 4043A
NMA 4047AWS A5.10 / ER4047 – AWS A5.10 / ER4047A3.2585NMA 4047
ISO 18273 / AI 4047 – ISO 18273 / AI 4047A – ISO 18273 / AISi 12 – ISO 18273 / AlSi12(A)
DIN 1732 / Ai Si 12
JIS Z 3232 / Al 4047 – JIS Z 3232 / Al 4047A
NMA 5087AWS A5.10 / ER50873.3546NMA 5087
ISO 18273 / AI 5087 – ISO 18273 / AlMg4.5MnZr(A)
DIN 1732 / AI Mg 4.5 MnZr
JIS Z 3232 / Al 5087
NMA 5183AWS A5.10 / ER5183 – AWS A5.10 / ER5183A~3.3548NMA 5183
ISO 18273 / AI 5183 – ISO 18273 / AIMg4.5Mn0.7 – ISO 18273 / AI 5183A – ISO 18273 / AIMg4.5Mn0.7(A)
DIN 1732 / AI Mg 4.5 Mn
JIS Z 3232 / Al 5183 – JIS Z 3232 / Al 5183A
NMA 5356AWS A5.10 / ER5356 – AWS A5.10 / ER5356A3.3556NMA 5356
ISO 18273 / Al 5356 – ISO 18273 / AlMg5Cr(A) – ISO 18273 / Al 5356A (AlMg5Cr)
DIN 1732 / AI Mg 5
JIS Z 3232 / Al 5356 – JIS Z 3232 / Al 5356A
NMA 5554AWS A5.10 / ER55543.3538NMA 5554
ISO 18273 / AI 5554 – ISO 18273 / AIMg2.7Mn
DIN 1732 / AI Mg 2.7 Mn
JIS Z 3232 / Al 5554
NMA 5556AWS A5.10 / ER5556 – AWS A5.10 / ER5556A
AWS A5.10 / ER5556B – AWS A5.10 / ER5556C
~3.3548NMA 5556
ISO 18273 / AI 5556 – ISO 18273 / AlMg5Mn1Ti(A) – ISO 18273 / AI 5556A – ISO 18273 / AlMg5Mn1 (A)
ISO18273 / AI5556B(AlMg5Mn1) – ISO 18273 / AI 5556C – ISO 18273 / AlMg5Mn1Ti
JIS Z 3232 / Al 5556 – JIS Z 3232 / Al 5556A
JIS Z 3232 / Al 5556B – JIS Z 3232 / Al 5556C
NMA 5754AWS A5.10 / ER57543.3536NMA 5754
ISO 18273 / AI 5754 – ISO 18273 / AIMg3
DIN 1732 / AI Mg 3
JIS Z 3232 / Al 5754