- NADCAP and ENAC accredited testing services
- Customer approvals by: Airbus, Boeing, Sikorsky
In the aeronautical sector, material reliability is a critical factor in ensuring the safety, performance, and durability of components and structures subjected to extreme service conditions. Mechanical, metallographic, chemical, corrosion, and fatigue behaviour characterization is essential to ensure compliance with the demanding quality and regulatory requirements of the aerospace industry.
AZTERLAN offers a wide range of testing services and analytical capabilities focused on the aeronautical sector, providing specialized services for the comprehensive evaluation of metallic materials and components in accordance with internationally recognized standards.
- Scope: Metallic Materials / Welded joints
- Standards: UNE-EN ISO 6506-1 / ASTM E10
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- Scope: Metallic Materials / Welded joints
- Standards: UNE-EN ISO 6507-1 / ASTM E384 / ASTM E92 / UNE-EN ISO 9015-1 / UNE-EN ISO 6507-1
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- Scope: Metallic Materials
- Standards: UNE-EN ISO 6892-1 / ASTM E8/E8M / ASTM B557M / UNE-EN 2002-001
- Scope: Metallic Materials / Welded joints
- Standards: UNE-EN ISO 7438 / ASTM E290 / UNE-EN ISO 5173 / ASME IX/QW160 / ASME IX/QW 466-1 / ASTM E190
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- Scope: Metallic Materials / Welded joints
- Standards: UNE-EN ISO 148-1 / ASTM E23 / UNE-EN ISO 9016 / ASME IX/QW170
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- Scope: Metallic Materials
- Standards: UNE-EN ISO 6892-2 / ASTM E21
- Scope: Metallic Materials
- Standards: UNE-EN ISO 18203
Metallographic method. Methods for measuring the micro- indentation hardness.
- Standards: UNE-EN ISO 3887
- Scope: Metallic Materials / Welded joints
- Standards: ASTM E399 / ASTM E1820
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- Scope: Metallic alloys / Welded joints
- Standards: BS 7448-1:1991 / BS 7448-2:1997 / ASTM E1820 / ISO 12135 / UNE EN ISO 15653
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- Scope: Metallic alloys
- Standards: UNE-EN ISO 17781
- Scope: Welded joints
- Standards: UNE-EN ISO 5178 / UNE-EN ISO 6892-1 / ASME IX/QW150 / ASTM E18 / UNE-EN ISO 4136
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- Scope: Welded joints
- Standards: UNE-EN ISO 9017 / ASME IX/QW182
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- Scope: Welded joints
- Standards: UNE-EN ISO 17639 / ASME IX/QW183-184-470
[+] More information about this welding processes and inspection services
- Scope: Non ferrous cast alloys
- Standards: VDG P201 / VDG P202
- Scope: Steel
- Standards: ASTM E45 / ISO 4967
- Scope: Steel
- P-152 Internal method based on: ASM Metals Handbook Vol.9
- Scope: Metallic Materials
- Standards: UNE-EN ISO 1461 / UNE-EN ISO 2178 / UNE 135122
- Scope: Coated and uncoated materials
- Standards: UNE EN ISO 9227 / ASTM B117
- Scope: Coated and uncoated materials
- Standards: UNE-EN ISO 1461 / UNE-EN ISO 2178 / UNE 135122
- Scope: Metallic Materials
- Standards: UNE-EN ISO 1463
- Scope: Metallic Materials
- Standards: NACE TM 0177 Methods A, B, C / ASTM G38 / ASTM G39 / UNE-EN ISO 7539-2
- Scope: Coated and uncoated materials
- Standards: UNE-EN ISO 6270-2 / ASTM D2247
- Scope: Stainless steel
- Standards: ASTM G48 / ASTM A923
- Scope: Stainless steel
- Standards: ASTM G28 / ASTM A763 / UNE-EN ISO 3651-1 / UNE-EN ISO 3651-2 / ASTM A262
- Scope: Aluminium alloys, Zinc alloys, Copper alloys
P-800 Internal method based on: EN 14242
P-801 Internal method based on: ISO 3815-2
P-802 Internalmethod based on: UNE-EN 10351
P-803 Internal method based on: ISO/TR 17055
P-804 Internalmethod based on: UNE-EN 10361
P-805 Internalmethod based on: UNE-EN 15605
- Scope: Metallic Materials
- P-413 Internal method based on: ASTM E2823
- Scope: Low to medium alloy, High speed steel, Stainless steel, Aluminium alloys
P-101 Internal method based on: ASTM E415
P-102 Internal method based on: ASTM E415
P-103 Internal method based on: ASTM E1086
P-148 Internalmethod based on: UNE-EN 14726
- Scope: Nickel alloys, Stainless steel
- P-425 Internal method based on: API RP 578-2023 MATERIAL
- VERIFICATION PROGRAM FOR NEW AND EXISTING ASSETS
- Scope: Titanium alloys, Ferrous Materials P-115 Internal method based on: ASTM E1019 P-336 Internal method based on: ASTM E1409
- Scope: Nickel alloys, Ferrous Alloys
- P-343 Internal method based on: ASTM E1019
- Scope: Titanium alloys
- P-328 Internal method based on: ASTM E1447
- Scope: Electrolytic Copper
- P-329 Internal method based on: ASTM E2575
Method of extraction of contaminants by pressure rinsing. Method of extraction of contaminants by ultrasonic techniques.
Particle mass determination by gravimetric analysis. Particle sizing and counting by microscopic analysis.
- Scope: Automotive components
- Standards: ISO 16232
- Scope: Metallic Materials
- Standards: ASTM E3
- Scope: Metallic Materials
- Standards: ASTM A604
- Scope: Metallic Materials
- Standards: ASTM E340 / ASTM E407
- Scope: Metallic Materials
- Standards: ASTM E882 / ASTM E743 / ASTM E851
Measurement of Fatigue Crack Growth Rates.
- Scope: Metallic Materials
- Standards: ASTM E647
* Currently under accreditation process
- Scope: Metallic Materials
- Standards: ASTM E139
* Currently under accreditation process
- Scope: Metallic Materials
- Standards: ASTM E21 / ISO 6892-2 / EN 2002-2
* Currently under accreditation process
- Scope: Nickel alloys
* Currently under accreditation process
