China Customized OEM Titanium Alloy Printing Plate for Additive Manufacturing Manufacturers Suppliers Factory - Wholesale for Sale

Titanium Alloy Printing Plate for Additive Manufacturing

Product Introduction

Our titanium alloy printing plate provides a stable and precise foundation for metal additive manufacturing. Manufactured from high-grade Ti-6Al-4V (Grade 5) alloy, it minimizes thermal expansion mismatch between the printed parts and the substrate. This reduces delamination, warping, and potential chemical interactions that can occur when using dissimilar metal substrates. The plate offers excellent flatness and thermal stability, making it suitable for high-precision metal 3D printing applications.

40+

high-precision CNC machines

10+

years of titanium machining experience

1000+

tons of annual production capacity

100+

international client collaborations

Technical Specifications

Material: High-purity Ti-6Al-4V (Grade 5), compliant with ASTM B348 / AMS 4928.
Thickness: 8–25 mm, customizable.
Flatness: ≤0.03 mm/m (CMM, room temperature).
Surface Roughness: Ra 1.6–3.2 μm, supports uniform powder spreading.
Thermal Resistance: Up to 600°C (continuous), 800°C short-term for EBM.
Tensile Strength: 895–1000 MPa (typical).
Standards: ASTM B265, AMS 4911.
Thermal Conductivity: 6–7 W/m·K.
Sizes: Up to 400 × 400 mm, platform-dependent.

Titanium Alloy Printing Plate for Additive Manufacturing

Product Features and Advantages

Superior Thermal Management: Our plates act as efficient heat sinks, managing thermal gradients during rapid heating and cooling cycles. This prevents part distortion during extended print times.

Precision-Ground Surface: Each plate features precision-ground flatness and controlled surface texture. This ensures uniform powder spreading and optimal first-layer adhesion.

Reusable Design: Designed for multiple build cycles; typical resurfacing through face-milling or surface grinding can extend plate life for 20–50 cycles.

Zero Contamination Risk: Using titanium-on-titanium significantly reduces ferritic contamination risk and supports biocompatibility for medical applications when processed under controlled conditions.

Titanium Alloy Printing Plate for Additive Manufacturing

Applications

Aerospace Manufacturing: Well-suited for producing turbine blades and fuel nozzles. The printing plate demonstrates good dimensional stability under vacuum chamber conditions, supporting the fabrication of complex lattice structures.

Medical Device Production: Suitable for patient-specific implants such as acetabular cups and spinal cages. Supports manufacturing processes compliant with ISO 13485, while minimizing post-processing requirements.

Automotive Prototyping: Well-suited for high-performance engine components. Compatible with multi-laser systems and helps reduce curling in thin-walled parts.

Industrial Components: Suitable for high-stress applications requiring precise titanium parts with excellent mechanical properties.

Aerospace

Energy & High-End Industrial Equipment

High-End Automotive & Motorsport

Marine Engineering & Deep-Sea Equipment

Medical Implants & Medical Devices

Underwater Equipment and Deep Diving Systems

Our Factory

Factory Exterior

Factory Interior

CNC machines

ISO certification

OEM / ODM / JDM

Titanium Machining Solutions

OEM Service

Baoji Huacan New Metal Technology Co., Ltd. offers comprehensive OEM services for titanium machining parts. We manufacture according to customer-provided drawings or samples, ensuring precise control over material grade, dimensions, tolerance, and surface finish. With over 40 advanced CNC machines, we guarantee high accuracy and consistency for every custom order.

ODM Service

We support customers with original design manufacturing by transforming concepts into finished titanium components. Our engineering team provides assistance in design optimization, material selection, and processing solutions, enabling clients to accelerate product development with improved functionality and performance.

JDM Service

Through joint development manufacturing, we collaborate with client R&D teams to co-develop titanium parts from the initial design phase to final production. Leveraging our expertise in forging and CNC machining, we ensure technical feasibility, manufacturing efficiency, and high product reliability for complex or innovative titanium solutions.

FAQ

Q: Why can't I use steel plates for titanium printing?

A: Steel creates thermal expansion mismatch. This differential causes severe stress, leading to part failure and potential equipment damage.

Q: How long do these plates last?

A: Plates can be resurfaced 20-50 times depending on component removal method and usage intensity.

Q: Do plates require pre-heating?

A: Yes, most systems heat the Titanium Alloy Printing Plate for Additive Manufacturing to 100°C-700°C before printing to reduce thermal shock.

Q: Can you handle large-format requirements?

A: Absolutely. We manufacture plates up to 400mm x 400mm with stress-relief annealing for dimensional stability.

Machining Process

Vacuum Arc Remelting (VAR)

Our manufacturing process begins with vacuum arc remelting to ensure superior material purity, chemical homogeneity, and low inclusion content.

Precision Forging

A 4000-ton hydraulic press is used for precision forging, forming the initial plate geometry while enhancing material density and internal structure.

Advanced CNC Machining

High-precision CNC machining is applied to achieve tight dimensional tolerances and controlled surface specifications.

Heat Treatment

Controlled heat treatment optimizes grain structure and improves mechanical properties, ensuring material stability and consistency.

Precision Grinding & Finishing

Final precision grinding delivers the required flatness and surface finish, ensuring optimal performance for additive manufacturing and printing applications.

Melting

Forging

Rolling

Quality Assurance and Certification

Multi-Stage Inspection: Raw material verification through chemical composition analysis ensures only qualified titanium enters production. Real-time process monitoring maintains tight tolerances throughout manufacturing.

Non-Destructive Testing: Ultrasonic testing per AMS 2631 Class A standards detects internal flaws. This prevents catastrophic failures during high-temperature printing operations.

Dimensional Verification: CMM inspection confirms flatness tolerance to prevent recoater blade crashes. Profilometer testing ensures optimal surface texture for first-layer adhesion.

ISO 9001 Certification: Our quality management system guarantees consistent product delivery and customer satisfaction.

Spectrometer

Ultrasonic Flaw Detector

Coordinate Measuring Machine

Hardness Tester

Tensile Testing Machine

Surface Roughness Tester

Microscope and Metallographic Analyzer

Calipers

Packaging and Logistics

We protect your investment with professional packaging solutions. Custom foam inserts cushion delicate surfaces. Vacuum-sealed bags with desiccants prevent moisture contamination. Sturdy wooden crates secure bulk shipments. Detailed labeling and documentation enable easy tracking. We offer both air freight for urgent orders and cost-effective sea freight for bulk shipments.

Custom

designed foam inserts for delicate components

Vacuum

sealed bags with desiccants for moisture protection

Wooden Crate Packaging

Sturdy wooden crates for bulk shipments

Labeling & Documentation

Detailed labeling and documentation for easy tracking

Packaging

Why Choose Us

Proven Expertise: Located in China's titanium capital with deep industry knowledge and advanced manufacturing capabilities.

Quality Assurance: ISO 9001 certified processes ensure every Titanium Alloy Printing Plate for Additive Manufacturing meets your exact specifications.

Competitive Pricing: Direct factory pricing with transparent quoting and flexible payment terms.

Global Service: Experienced in international shipping with comprehensive documentation and tracking support.

Contact Us

Ready to optimize your additive manufacturing process? Contact our technical team today for customized solutions and competitive pricing.

Email: Joy@hc-titanium.com or Sherry@hc-titanium.com

Our experts are standing by to discuss your specific requirements and provide technical support for your Titanium Alloy Printing Plate for Additive Manufacturing needs.