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Precision Forged Titanium Alloy Substrate Sheet with Surface Flatness ≤0.03 mm for Thermal Stable 3D Printing Base Plate

Precision Forged Titanium Alloy Substrate Sheet with Surface Flatness ≤0.03 mm for Thermal Stable 3D Printing Base Plate

Nom De Marque:	DLX
Numéro De Modèle:	Substrat en alliage de titane
Nombre De Pièces:	50 kg
Conditions De Paiement:	L / C, D / A, D / P, T / T, Western Union, Moneygram
Capacité à Fournir:	500 tonnes par mois

Informations détaillées

Description de produit

Informations détaillées

Lieu d'origine:

CHINE

Certification:

CE,ROHS,ISO9001

Capacité d'approvisionnement:

500 tonnes par mois

Mettre en évidence:

Precision Forged Titanium Alloy Substrate Sheet

Surface Flatness ≤0.03 mm 3D Printing Base Plate

Thermal Stable Additive Manufacturing Substrate

Description de produit

Titanium Alloy Substrate Sheet for Powder Bed Fusion and Laser Melting Machines

Titanium alloy substrate sheets are critical base materials used in additive manufacturing systems such as Powder Bed Fusion (PBF) and Laser Melting machines. These alloys are primarily composed of titanium combined with aluminum, vanadium, and other elements to improve strength, oxidation resistance, and thermal stability. They act as both a platform and a thermal conductor during the 3D printing process, ensuring adhesion, accuracy, and heat balance across printing layers.

At DLX, we specialize in high-quality titanium alloy substrate sheets engineered for consistency, precision, and durability. Each sheet undergoes strict material inspection and flatness control to guarantee exceptional performance in demanding additive manufacturing environments.

Property	DLX Titanium Alloy Substrate	Standard Titanium Alloy	Stainless Steel Substrate
Main Composition	Ti-6Al-4V (Grade 5)	Ti-6Al-4V	Fe-Cr-Ni
Density	4.43 g/cm³	4.43 g/cm³	7.9 g/cm³
Melting Point	1660°C	1660°C	1450°C
Thermal Conductivity	6.7 W/m·K	6.5 W/m·K	16.3 W/m·K
Surface Flatness	≤0.03 mm	≤0.05 mm	≤0.08 mm
Tensile Strength	895 MPa	860 MPa	650 MPa
Oxidation Resistance	Excellent up to 700°C	Good up to 600°C	Moderate
Service Life	Long-term reuse	Limited reuse	Short-term

DLX titanium alloy substrate sheets are specially treated to ensure stable performance under repeated heating and cooling cycles. The optimized microstructure enhances fatigue resistance, making them ideal for long-term industrial use.

Applications

Powder Bed Fusion (PBF) Systems: Provides a smooth, stable base for titanium, Inconel, and cobalt-chrome powders.
Selective Laser Melting (SLM): Ensures excellent adhesion and dimensional accuracy during the melting process.
Aerospace & Defense: Used in structural and engine components for their high strength-to-weight ratio.
Medical Implants: Offers biocompatibility and corrosion resistance, ideal for orthopedic and dental implants.
Automotive Prototyping: Used in lightweight high-performance components and precision tooling.
Research Institutions: Essential for experimental 3D printing setups and advanced material testing.

Industry Analysis

The global 3D printing metal substrate market has experienced rapid growth alongside the additive manufacturing industry. With titanium alloys leading the charge in aerospace, healthcare, and defense, substrate demand is shifting from traditional stainless steel to lightweight and thermally stable materials.

As production scales, the focus has moved toward substrate reusability, surface consistency, and heat management. DLX has responded by developing titanium alloy sheets with controlled surface finish and uniform micro-grain distribution. These improvements reduce warping, improve powder adhesion, and allow multiple reuse cycles—key to lowering overall manufacturing costs.

Industry trends also highlight a growing preference for custom substrate dimensions and coated surfaces (such as sandblasted or anodized finishes) to match specific 3D printing system requirements. DLX supports full customization, including tight-tolerance cutting and surface treatments compatible with EOS, Renishaw, and SLM systems.

Company Advantage – Why Choose DLX

DLX has been a trusted partner in the high-temperature alloy and additive manufacturing industry for years. Our in-depth material expertise, precision processing capability, and quality assurance make us stand out.

Precision Engineering: Every titanium substrate sheet is processed with strict thickness and flatness control to ensure compatibility with all major laser melting systems.
Advanced Surface Treatment: Custom finishing options (mirror polish, sandblasting, anodizing) ensure optimal powder adhesion and thermal uniformity.
High Repeatability: DLX sheets are designed for multiple build cycles without distortion, helping customers cut operational costs.
Material Consistency: All sheets come from certified Ti-6Al-4V billets, guaranteeing mechanical stability and purity.
Fast Delivery & Global Supply: We maintain ready-to-ship inventory and can handle custom orders globally with reliable logistics support.
Technical Support: Our engineers provide guidance on substrate selection, maintenance, and usage optimization for your specific machine models.

In short, DLX titanium alloy substrates are not just base plates—they're a foundation for precise, reliable, and efficient 3D printing results.

About Us

Our 12,000㎡ factory is equipped with complete capabilities for research, production, testing, and packaging. We strictly adhere to ISO 9001 standards in our production processes, with an annual output of 1,200 tons. This ensures that we meet both quantity and quality demands. Furthermore, all products undergo rigorous simulated environment testing including high temperature, high pressure, and corrosion tests before being dispatched, ensuring they meet customer specifications.

For all our clients, we offer timely and multilingual after-sales support and technical consulting, helping you resolve any issues swiftly and efficiently.

Client Visits

Building Stronger Partnerships

We support all kinds of testing:

FAQs

1. What is a titanium alloy substrate sheet used for?

It's a reusable base plate that supports the metal powder during the 3D printing process in machines like Powder Bed Fusion or Laser Melting systems.

2. Why choose titanium instead of stainless steel?

Titanium is lighter, more resistant to oxidation, and better suited for high-temperature cycles, especially for aerospace and medical printing applications.

3. Can DLX substrate sheets be reused?

Yes. Our titanium alloy substrates can withstand multiple print-removal cycles with minimal surface deformation, extending overall lifespan.

4. What grades of titanium does DLX offer?

We primarily offer Ti-6Al-4V (Grade 5) and Ti-6Al-4V ELI (Grade 23), but custom grades can be produced upon request.

5. What surface finish options are available?

DLX provides polished, sandblasted, and anodized finishes depending on powder type and printing precision requirements.

6. How does the substrate affect printing quality?

Surface flatness and thermal conductivity play a key role in layer adhesion and dimensional accuracy. DLX's precision finishing ensures stable results.

7. Are DLX substrates compatible with all 3D printers?

Yes. We can customize the size, thickness, and mounting holes for compatibility with EOS, Renishaw, SLM, and other major printer brands.

8. What packaging and shipping standards do you follow?

Each sheet is vacuum-packed with moisture barriers and shock protection, ensuring damage-free delivery worldwide.

Market Outlook

As additive manufacturing continues to evolve, titanium alloy substrates are becoming the preferred choice for high-end applications. The transition toward sustainable and reusable base materials aligns with the growing push for cost-efficient 3D printing production lines.

DLX's investment in titanium alloy substrate research supports these advancements. Our focus remains on improving substrate surface control, oxidation resistance, and mechanical strength, ensuring that every customer—from small-scale researchers to large-scale production facilities—receives reliable, performance-driven solutions.

Titanium alloy substrate sheets are a critical yet often overlooked component in additive manufacturing. At DLX, we view them as a strategic link between raw powder and finished product quality. With our advanced production control, material science expertise, and customer-focused approach, we help clients achieve consistent 3D printing success—build after build.

Our titanium alloy substrate sheets deliver what modern manufacturing demands: durability, precision, and performance that lasts.

Balises:

Plaque de base d'impression en alliage de titane ASTM B348 UNS R56400 Substrat d'impression 3D léger pour systèmes SLM et DMLS de haute précision

Obtenez le meilleur prix

Alliage d'Inconel

Alliage de Monel

Alliage de Hastelloy

Alliage d'Incoloy

Métal pur de nickel

Alliage de NiCr

Alliage de FeCrAl

Alliage de CuNi

Fil de résistance

Alliage de nickel à hautes températures

Nickelez le fil de soudure

Fil thermique de jet

Alliage de précision

Fil nu de thermocouple

Fil d'extension de thermocouple

câble à isolation minérale

Alliage d'iridium de platine

L'alliage de cobalt et de chrome

Alliage de nitinol

mousse en métal

Alliage en métal

Série de chauffage

Alliage d'Inconel

Alliage de Monel

Alliage de Hastelloy

Alliage d'Incoloy

Métal pur de nickel

Alliage de NiCr

Alliage de FeCrAl

Alliage de CuNi

Fil de résistance

Alliage de nickel à hautes températures

Nickelez le fil de soudure

Fil thermique de jet

Alliage de précision

Fil nu de thermocouple

Fil d'extension de thermocouple

câble à isolation minérale

Alliage d'iridium de platine

L'alliage de cobalt et de chrome

Alliage de nitinol

mousse en métal

Alliage en métal

Série de chauffage

Détails des produits

Precision Forged Titanium Alloy Substrate Sheet with Surface Flatness ≤0.03 mm for Thermal Stable 3D Printing Base Plate

Precision Forged Titanium Alloy Substrate Sheet with Surface Flatness ≤0.03 mm for Thermal Stable 3D Printing Base Plate

Precision Forged Titanium Alloy Substrate Sheet

Surface Flatness ≤0.03 mm 3D Printing Base Plate

Thermal Stable Additive Manufacturing Substrate