17-4 PH (UNS S17400) Sample MTC Certificate
Access a comprehensive, professionally formatted Material Test Certificate according to EN 10204-2004: 3.1 for 17-4 PH (ASTM A564 / F593 UNS S17400). Inspect the exact documentation your QA and engineering teams will receive with every Ananka Fasteners order.
What's Inside This 17-4 PH MTC Certificate
This sample mill test certificate mirrors the rigorous QA documentation package standard for high-strength, martensitic precipitation-hardening stainless steel orders shipped from Ananka Fasteners Pvt Ltd.
- Full Traceability: Certified with TC No.: S63/26-27 and corresponding ASTM specifications.
- Precipitation Hardening Chemistry: Detailed breakdowns verifying the critical additions of Copper (4.10%) and Columbium/Niobium (0.30%) which allow the material to be aged to exceptional high-strength levels.
- Heat Treatment Verification: Verified Solution Annealed (Condition A) followed by Age Hardening (Condition H900) at 900°F (482°C) and air cooled.
- Mechanical Properties: Comprehensive reporting of exceptional Tensile Strength (1350.40 MPa), Yield Strength (1250.60 MPa), Elongation (15.20%), and Hardness (42, 43, 44 HRC).
- Quality Compliance: 100% visual inspection carried out and verified free from defects and radioactive contamination.
Live Preview: 17-4 PH MTC Data
Review the standard parameters and layout before downloading the full document.
TC Number
S63/26-27
TC Date
27.06.2026
Material Spec
ASTM A564 UNS S17400-2023
Bar Shape / Size
Round Bar / 16 mm
Dimensions / Item
Hex Head Bolt M16-2P x 80 mm
Quantity
10.00 NOS
Chemical Composition %
| C | Mn | P | S | Si | Cr | Ni | Cu | Nb+Ta | Fe |
|---|---|---|---|---|---|---|---|---|---|
| 0.04 | 0.65 | 0.020 | 0.010 | 0.50 | 16.50 | 4.25 | 4.10 | 0.30 | Rem |
| Max: 0.07 | Max: 1.00 | Max: 0.040 | Max: 0.030 | Max: 1.00 | Min: 15.00 Max: 17.50 |
Min: 3.00 Max: 5.00 |
Min: 3.00 Max: 5.00 |
Min: 5xC Max: 0.45 |
Rem |
Mechanical Properties (Condition H900)
| TENSILE STRENGTH (Mpa) | YIELD STRENGTH 0.2% Offset (Mpa) | % ELONGATION (GL-50mm) | HARDNESS (HRC) |
|---|---|---|---|
| 1350.40 | 1250.60 | 15.20 | 42, 43, 44 |
| Min: 1310 | Min: 1170 | Min: 10 | Min: 40 Max: 47 |
Standard References & Compliance
Our MTC certificates map to the demanding industrial standards for fasteners. The test reports confirm compliance with As Per ASME/ASTM A564 UNS S17400 EDT. 2023 with respect to the tests carried out.
| Standard / Requirement | Confirmation on Certificate |
|---|---|
| Visual Inspection | 100% visual inspection carried out & found free from defects. |
| Safety Requirements | Material is free from radioactive contamination. |
| Weld Repairs | No weld repair Perform. |
| Dimensional Accuracy | All Dimensions are as per PO Specification. |
Certification Details
We confirm that above mentioned Items was Manufactured, Sampled, Tested and Inspected in accordance with the subjected Customer's Purchase Order and as applicable Drawings, Material Specifications, Codes & Standards and the results of the items have been determined to meet the users' requirements.
Documentation Standard
- EN 10204-2004: 3.1 Standard
- Free from radioactive contamination
- Certified ISO 9001: 2015 Company
Heat Treatments
- Solution Annealed (Condition A)
- Age Hardened (Condition H900) at 900°F (482°C)
Testing Conditions
- Chemical, Mechanical & hardness test carried at room temperature 25°C
- 100% visual inspection carried out
Technical FAQs — 17-4 PH MTC Certificate
Why is Copper carefully monitored on this MTC?
17-4 PH (UNS S17400) is a precipitation-hardening stainless steel. The addition of Copper (3.00 - 5.00%), clearly verified in the chemical composition section, is the primary element responsible for the alloy's ability to be heat-treated (aged) to extremely high strength and hardness levels.
What heat treatment methodology is tracked on this certificate?
The MTC logs a two-step thermal process: an initial Solution Anneal (Condition A) to create a martensitic structure, followed by an Age Hardening process. This specific certificate tracks Condition H900 (aged at 900°F / 482°C) which yields the highest combination of strength and hardness.
Are the materials free from radioactive contamination?
Yes, the document strictly states that the material is free from radioactive contamination and undergoes a 100% visual inspection to ensure it is free from defects.
