MNK ENGINEERING TOOLS
Engineering Calculators
Metal weight, Montenegro working days and EUR–USD–CNY reference conversion in one practical workspace.
Metal Calculator
Density references and calculation
Typical reference values for the exact material and source shown, not certified batch values. Match the composition, product and conditions before use.
W
Typical density: 19.25 g/cm³
Tungsten at 20 °C. Plansee reference, not a batch or finished-part acceptance limit.
Source: Plansee SE
Source edition / revision: No edition date stated; Checked 2026-09-23
Checked: 2026-09-23
Mo
Typical density: 10.22 g/cm³
Elmet reference value; measurement temperature is not stated. Not a batch acceptance limit.
Source: Elmet Technologies
Source edition / revision: 2017: Year in filename; no printed revision date; Checked 2026-09-23
Checked: 2026-09-23
TZM (H.C. Starck DPAP 03/2020)
Typical density: 10.22 g/cm³
TZM family reference; density measurement temperature not stated.
Source: H.C. Starck Solutions
Source edition / revision: DPAP 03/2020
Checked: 2026-09-23
MoCu 65/35
Typical density: 9.72 ± 0.04 g/cm³
Reference value for this manufacturer's infiltrated composition, not a universal acceptance limit. Density measurement conditions are not stated in the cited sheet.
Source: H.C. Starck Hermsdorf
Source edition / revision: 1 / 2020-11-19
Checked: 2026-09-21
MoCu 70/30
Typical density: 9.78 ± 0.04 g/cm³
Reference value for this manufacturer's infiltrated composition, not a universal acceptance limit. Density measurement conditions are not stated in the cited sheet.
Source: H.C. Starck Hermsdorf
Source edition / revision: 1 / 2020-11-19
Checked: 2026-09-21
MoCu 80/20
Typical density: 9.92 ± 0.05 g/cm³
Reference value for this manufacturer's infiltrated composition, not a universal acceptance limit. Density measurement conditions are not stated in the cited sheet.
Source: H.C. Starck Hermsdorf
Source edition / revision: 1 / 2020-11-19
Checked: 2026-09-21
WCu 70/30 (Elmet PD-7102)
Typical density: 14.3 ± 0.4 g/cm³
Published density band for copper-infiltrated WCu of this composition; measurement temperature and direction are not stated. Not a statistical confidence interval or batch certificate.
Source: Elmet Technologies
Source edition / revision: Issue 1 / 2020-11-19
Checked: 2026-09-23
WCu 90/10 (Elmet PD-7102)
Typical density: 17.3 ± 0.5 g/cm³
Published density band for copper-infiltrated WCu of this composition; measurement temperature and direction are not stated. Not a statistical confidence interval or batch certificate.
Source: Elmet Technologies
Source edition / revision: Issue 1 / 2020-11-19
Checked: 2026-09-23
VDM Alloy 36 / EN 1.3912
Typical density: 8.1 g/cm³
Published density at 20 °C for VDM Alloy 36, EN 1.3912. Manufacturer data sheet No. 7101, Revision 03, March 2022, page 3. This is a reference value, not a guaranteed acceptance limit for every FeNi36 product.
Source: VDM Metals
Source edition / revision: Revision 03 / March 2022; page 3; Checked 2026-10-04
Checked: 2026-10-04
Working Days Calculator
Planning Results for Industrial RFQs
These calculators provide preliminary planning values. Confirm material density, dimensional tolerances, statutory working-day treatment, exchange-rate basis and final commercial terms before placing an order.
Send Your Technical Inquiry
Send the grade, product form, dimensions, quantity, documentation requirements and delivery destination.
Engineering Unit Converter
Length, mass, pressure / stress and temperature.
A decimal point or comma is accepted. Do not use thousands separators. Results are displayed to 12 significant digits; intermediate values are not rounded.
Conversion references: NIST SP 811PREN Reference Calculator
Enter chromium, molybdenum and nitrogen as mass percentages from the material analysis.
PREN = %Cr + 3.3 × %Mo + 16 × %N
This version uses the Cr-Mo-N formula only; tungsten is not included.
Decimal dot or comma accepted. Unknown content is not zero: enter 0 only when confirmed.
Calculated PREN reference value
Stainless steels only. This index supports rough comparison; it does not establish service life or suitability for seawater. Welding, surface condition and the operating environment need separate assessment.
Hardness Reference Converter
Approximate conversion for homogeneous non-austenitic carbon, alloy and tool steels only.
Use only for preliminary comparison. Not for austenitic or duplex stainless steels, hardmetals, non-ferrous alloys, coatings, or non-homogeneous/case-hardened parts. The estimate does not replace the specified acceptance test or a material certificate.
Test basis: macro-Vickers HV; Brinell HBW with a 10 mm tungsten-carbide ball and 3000 kgf force; Rockwell C with a diamond cone and 150 kgf total force. HBS and microhardness are not supported. WC-Co/HRA conversion is not supported: this tool has no separate validated dataset for it.
JavaScript is required. If this notice remains visible, calculation is unavailable.
Method, source and limitations
Independently written calculation using equations A1.1 and A1.3 of ASTM E140-12b(2019)e1. HV and HBW are correlated with HRC; reverse conversions use numerical inversion. HV/HBW conversion combines both correlations. No conversion table is reproduced. Results may differ from tabulated values. Converted results are rounded to whole numbers; exact half ties round to the even integer.
Keep the original measured scale, test load and material condition when preparing an inquiry. Material composition and treatment affect the comparison; no universal error bound is claimed. This tool is not a certification or an ASTM conformity statement.
Calculation takes place in your browser; the entered hardness value is not sent by this module.