DIN EN 3.7025 Grade 1 Pure Titanium Powder for 3D Printing

Category	Parameter	Specification
Chemical Composition (wt.%)	Ti	Balance
	Fe	≤ 0.25
	C	≤ 0.10
	O	≤ 0.15
	N	≤ 0.03
	H	≤ 0.015
	—	—
Physical Properties	Particle Size Distribution (μm)	D10 ≥ 15, D50 = 30–40, D90 ≤ 63
	Sphericity	≥ 0.9
	Apparent Density (g/cm³)	≥ 2.4
	Tap Density (g/cm³)	≥ 2.8
	Flowability (s/50g)	≤ 35
Mechanical Properties	Test Temperature	Room Temp.
	Tensile Strength (MPa)	≥ 350
	Yield Strength (MPa)	≥ 250
	Elongation (%)	≥ 30.0
	Heat Treatment Condition	As-built / Annealed

> Please note: Specifications are subject to change without notice. Contact a Forgecise representative for the most current technical data.

1. DIN EN 3.7025 (Grade 1) Pure Titanium Powder for Additive Manufacturing

DIN EN 3.7025 Compliant Pure Titanium Powder is the premier choice for European and global additive manufacturing, offering an outstanding combination of ductility, exceptional corrosion resistance, and proven biocompatibility. This commercially pure titanium powder, designated as Grade 1 under the European standard DIN EN 3.7025, is engineered to meet the most demanding requirements of the medical, aerospace, and chemical processing industries.

2. Superiority of the DIN EN 3.7025 Grade 1 (GR1) Standard

By adhering to the DIN EN 3.7025 standard, this powder guarantees compliance with stringent European material specifications, ensuring reliability and traceability.

European Material Integrity: The DIN EN 3.7025 designation is the recognized European material number for pure titanium Grade 1, ensuring seamless integration into EU-based supply chains and quality systems.
High Purity & Performance: With a maximum oxygen content of 0.18% and tightly controlled interstitial elements, this powder delivers superior ductility and formability, which are critical for the successful production of complex, stress-free AM components.
AM-Optimized Characteristics: The precisely controlled particle size distribution (D50 = 30–40 μm) ensures smooth powder recoating, high green density, and minimal internal defects in the final printed part.

3. Key Application Areas

This DIN EN 3.7025 compliant powder is essential for industries that require certified, high-performance materials:

Medical & Dental Implants: The material of choice for CE-marked surgical implants and dental prosthetics due to its excellent biocompatibility and osseointegration capabilities.
Aerospace Components: Used for non-critical structural parts, brackets, and housings where lightweight design and corrosion resistance are paramount.
Chemical Processing Equipment: Ideal for manufacturing heat exchangers, pumps, valves, and reactors that operate in highly corrosive environments.
Automotive & Luxury Goods: Employed in high-end performance parts and bespoke components requiring a premium finish and high strength-to-weight ratio.

4. Why Choose Our DIN EN 3.7025 Grade 1 (GR1) Pure Titanium Powder?

From prototyping to serial production, our powder provides the high-quality, reliable feedstock needed for successful and efficient additive manufacturing.

FAQ:

Q1: What types of titanium and titanium alloy powders can Forgecise customize?

A: We provide a comprehensive range of customized titanium-based powder solutions, including:
Commercially Pure Titanium Series: TA1/TA2 (equivalent to ASTM Gr1/Gr2);
α+β Alloys: Such as TC4 (Ti-6Al-4V, ASTM Gr5), TC11, Ti-5553, etc., with adjustable compositions to optimize strength or heat treatment response, also meeting high strength and high toughness requirements;
Specialty Alloys: Such as TiAl4822、Ti2AlNb、NiTi50、TA17、TA18、TC4 ELI、TC19、TC31, or customer-specified proprietary formulations.
Whether standard grades or newly designed compositions, we can realize powder production from laboratory scale to mass production.

Q2: Can the particle size and morphology of customized powders be precisely controlled?

A: Absolutely. Through advanced gas atomization (GA) and plasma rotating electrode process (PREP) technologies, we provide precise control over particle size distribution and sphericity:
Particle Size Range: D50 customizable from 15–100 μm (e.g., 15–53μm for SLM, 45–106μm for EBM);
Morphology Requirements: Sphericity ≥0.95, satellite particle content <1%, ensuring excellent flowability
Special Requirements: Available options include narrow distribution, hollow particle rate, and other premium specifications.

Q3: How long does the customization process take? How is quality guaranteed?

A: Development Timeline: Small-batch prototyping (1–10kg) typically takes 3–4 weeks; mass production orders vary based on scale;
Quality Assurance: Each batch comes with comprehensive reports, including:
Oxygen/Nitrogen/Hydrogen content (ONH analyzer)
Particle size distribution (laser diffraction), flowability (Hall flowmeter)
SEM morphology images + sphericity statistics
Mechanical property verification (printed sample test data available upon request)
Standards Compliance: Strictly adheres to ASTM, ISO, GB, JIS, and other international standards.

Q4: What is the minimum order quantity (MOQ)? Do you support R&D-scale small batches?

A: Flexible solutions for all development stages:
R&D Validation: Supports orders starting from 1kg, facilitating material screening and process development;
Pilot Production: 10–100kg batches with rapid delivery;
Scaled Supply: Ton-scale continuous production capacity ensuring stable supply chain.
We understand that innovation begins with small, agile steps, so we provide barrier-free customization access for startups, universities, and research institutions.

Q5: How do I initiate a customization project? What information is required?

A: Three simple steps to get started:
Requirement Discussion: Provide target application scenarios (e.g., medical implants/aerospace engine components), key performance requirements (strength/corrosion resistance/biocompatibility, etc.);
Solution Design: Our materials engineers will recommend alloy systems, particle size specifications, and cost-optimized solutions;
Sample Confirmation: Deliver prototype powder → Customer validation → Mass production delivery.
Simply submit your preliminary requirements via email or online form, and we will provide technical support within 48 hours!

Key Features

High Speed, High Precision, High Quality

Laboratory setting showing gloved hands holding innovative 3D printed metal structures.

Forgecise Metal 3D Printers – SLM Series

Excellent as-built surface finish – Parts achieve good surface quality without post-polishing.
High dimensional accuracy – Ideal for producing precision prototypes.
Direct fabrication of metal end-use parts – Eliminates intermediate steps.
Fully dense metallurgical structure (>99% density) – Eliminating the need for post-processing.
Rapid build times – Parts can be completed depending on size and complexity.
Complex geometries made possible – Functional features such as snap-fits and living hinges can be printed directly.
Broad material compatibility – Supports a wide range of metal powders.
Perfect for custom, low-volume production – small-batch manufacturing.

DIN EN Grade 1 (GR1) Pure Titanium Powder for 3D Printing | High Purity, Low Oxygen, ASTM/GB/JIS Compliant | Forgecise

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