Put cited materials into SOLIDWORKS
Find a grade in the Materials tab, check where each value comes from, then add the whole library to SOLIDWORKS' Edit Material in one export.
Video in production
Until it is ready, this is the running order. Each step is also written out below, and you can try it in the simulator.
- Find a grade
Home › Materials; type S355, then add EN 10025-2; the count drops from 14 to 5.
- Read the evidence
Select S355J2; Min badge, thickness band, the source line under each value.
- When search finds nothing
Type brass: No matching materials. Type CW614N: three results.
- Export
SOLIDWORKS open; Export to SolidWorks; the status lines; restart SOLIDWORKS.
- In SOLIDWORKS
Edit Material › ParaCrux Materials; apply S355J2; mass updates.
You need
- The desktop app on Windows. Browsing and exporting use no seat and no AI credit
- SOLIDWORKS on the same computer, open for the first export
You'll come away with
- Search 1,010 materials by grade, number, old name or standard
- Tell a specification minimum from a typical value, and find its source
- Export the library and find it in Edit Material
Step by step
Open the Materials tab
In the app, open Home and choose Materials. The count beside the heading shows how many materials match, out of 1,010 in 12 families.
Search for the grade
Type a grade, material number, old name or standard. Every word you type must appear, so adding the standard narrows the list. The family list narrows it further.
“S355 to EN 10025-2 only”
Search the way the library names things
Search matches the words, not their meaning. 316L finds the 1.4404 grades because 316L is listed as another name, but 'brass' finds nothing: search for the grade, such as CuZn39Pb3 or CW614N.
“brass”
Read where each value comes from
Select a material. Each value has a basis: Min is a specification minimum, Typ a manufacturer's typical value and Nom a constant. Strengths show the thickness they apply to, and every value names its source and the page or table it came from. Stockist data marks strengths taken from a stockist's datasheet rather than a producer or the standard.
Note the SOLIDWORKS name
The SolidWorks name is what you will pick in Edit Material. Where a grade comes in several forms, each form has its own name, such as 1.4404 X2CrNiMo17-12-2 plate.
“316L stainless”
Export to SOLIDWORKS
Open SOLIDWORKS, then choose Export to SolidWorks under the material's details. The app writes ParaCrux Materials.sldmat to C:\ProgramData\ParaCrux\SolidWorks Materials and adds that folder to SOLIDWORKS' material databases. If SOLIDWORKS is closed the file is still written; open SOLIDWORKS and export again. Adding the folder is needed once per computer and SOLIDWORKS version.
Apply it in SOLIDWORKS
After the first export, restart SOLIDWORKS. In Edit Material, open ParaCrux Materials, then the group, and apply the material. SOLIDWORKS' own libraries and your Custom Materials are not changed.
Try it here.
This is the real material library, built into the page from the same tables the app ships, searched with the app's own rule. It shows four properties of each material; the app shows them all, with temperature tables. The export is simulated: the status lines are the app's own text, but nothing is written, and the SOLIDWORKS switch stands in for SOLIDWORKS itself.
Materials
1015 / 1015MATERIAL
EN AC-21000 KT4
Aluminium alloys · EN 1706:2020 · Permanent mould (gravity die) casting · T4 solution heat treated and naturally aged
- Also known as
- EN AC-AlCu4MgTi
- SolidWorks name
- EN AC-21000 KT4
| Property | Value | Basis |
|---|---|---|
| Density | 2,790 kg/m³ | Typ |
| Raffmetal S.p.A. · p.1 PROPRIETÀ FISICHE table, PESO SPECIFICO 2,79 kg/dm³ | ||
| Elastic modulus | 72 GPa | Typ |
| Raffmetal S.p.A. · p.1 PROPRIETÀ FISICHE table, MODULO ELASTICO | ||
| Yield strength | 200 MPa | Min |
| Raffmetal S.p.A. · p.1 PROPRIETÀ MECCANICHE table, row "IN CONCHIGLIA / T4", Rp02 EN 1706:2020 | ||
| Tensile strength | 320 MPa | Min |
| Raffmetal S.p.A. · p.1 PROPRIETÀ MECCANICHE table, row "IN CONCHIGLIA / T4", Rm EN 1706:2020 | ||
Strengths are specification minimums for the stated thickness unless marked typical. Check the mill or material certificate for design. The app also lists the remaining properties, temperature tables and full source references; this simulator shows four.
SolidWorks
Writes this library to “ParaCrux Materials.sldmat” in C:\ProgramData\ParaCrux\SolidWorks Materials and, with SolidWorks open, adds that folder to its material databases. SolidWorks’ own libraries and your Custom Materials are not changed.
Not exported yet.
Open SolidWorks and export again to add the folder to its material databases (only needed once per computer and SolidWorks version).
Materials, values, citations and search rule: the product's own (library 1.2.0) · Export status lines: the app's own text; nothing is written · Quoted phrases are what you might be looking for, typed as the search shown
What it won't do
- Strengths are specification minimums for the stated thickness unless marked typical. Check the mill or material certificate for design.
- A material already applied to a part keeps the values and look it was given. After a library update, apply it again to pick up new values and looks; the app does not yet flag affected parts.
- SOLIDWORKS' material file has no place for temperature tables or curves, so only room-temperature values go across.
- The folder can only be added while SOLIDWORKS is running, and a newly added library appears after SOLIDWORKS restarts.
- Search has no synonyms: a family word such as brass or nylon finds nothing unless it is part of a listed name.
If you see a message
Next
- Install standard sections as weldment profiles
Write all 306 standard sections into SOLIDWORKS as weldment profiles, each checked as a 1 m member, then pick them in Structural Member.
- Find a standard structural section
Ask for a tube, angle or beam in your own words and get real catalogue sizes back, with their standard.
Covers: Materials library export. See the full index