VDM® Powder 699 XA

Identification & Functionality

Technologies

Base Chemicals & Intermediates

Product Families

Base Chemicals & Intermediates — Metals, Alloys & Complexes

Alloys

Chemical Composition

VDM® Powder 699 XA contains low amounts of oxygen of up to 0.03 %.

Features & Benefits

Labeling Claims

High Purity

Base Chemicals Features

Corrosion Resistance,

Low Oxygen Content,

Oxidation Resistance

Features

VDM® Powder 699 XA is characterized by:

• Spherical particles
• High purity
• Low oxygen content
• High metal dusting corrosion and oxidation resistance
• Weldability under Argon

Corrosion Resistance

As a result of the high chromium and aluminum content, conventionally manufactured VDM® Alloy 699 XA has very good metal dusting corrosion and oxidation resistance.

Applications & Uses

Applicable Processes

3D Printing

Applications

Due to its excellent metal dusting corrosion and oxidation resistance, VDM® Powder 699 XA is intended for the use in the petrochemical industry.

Properties

Physical Form

Powder,

Solid

Chemical Properties

	Value	Units	Test Method / Conditions
Aluminum Content	1.9 - 3	wt. %	-
Boron Content	max. 0.008	wt. %	-
Carbon Content	0.005 - 0.10	wt. %	-
Chromium Content	26 - 30	wt. %	-
Copper Content	max. 0.50	wt. %	-
Iron Content	max. 2.5	wt. %	-
Manganese Content	max. 0.50	wt. %	-
Nitrogen Content	max. 0.05	wt. %	-
Niobium Content	max. 0.50	wt. %	-
Phosphorus Content	max. 0.02	wt. %	-
Sulfur Content	max. 0.01	wt. %	-
Silicon Content	max. 0.50	wt. %	-
Titanium Content	max. 0.60	wt. %	-
Zirconium Content	max. 0.10	wt. %	-

Physical Properties

	Value	Units	Test Method / Conditions
Density (20°C)	max. 8	g/cm³	-
Melting Range	1370 - 1390	°C	-

Microstructural Properties

VDM® Powder 699 XA has an austenitic microstructure.

Regulatory & Compliance

Designations and Standards

Standard	Material designation
EN	2.4842 - NiCr30Al
UNS	N06699

 

Packaging & Availability

Availability

According to the AM process requirements of our customers, VDM® Powder 699 XA is available in a wide range of particle fractions from 15 to 250 μm.

Particle size distribution [μm]	Oxygen content %	Porosity < 10μ (pore area) %
15-53	< 0.03	< 0.5
53-150