Custom Tungsten Alloy Base | Precision Drawing Machined Stabilizing Base Plate

Zhuzhou Jiuding Metal Technology Co., Ltd. Custom Tungsten Alloy Base & Base Plate are high-density precision stabilizing components customized strictly per customer drawings. Produced via mature PM powder metallurgy compression forming + high-precision CNC machining, these bases comply with Mil-T-21014 military standards, ASTM B777-15 (R2020) and GB/T 1804-2000 tolerance specifications. Available in 90W-Ni-Fe, 95W-Ni-Fe and 95W-Ni-Cu grades, our custom tungsten bases deliver high gravity, low center of gravity and superior vibration damping, ideal for stabilizing precision industrial equipment, optical instruments and automated machinery.

Featuring ultra-high specific gravity, tungsten alloy base plates achieve reliable weight matching in limited installation space, effectively eliminating equipment shaking, displacement and operational instability. We offer full non-standard customization for shape, thickness, mounting holes, positioning grooves and chamfered structures. Sintered and Polished surface finishes are available to meet diverse flatness and precision requirements. All products support EN 10204 3.1 certification and fully comply with RoHS and REACH standards for global export.

Powder Metallurgy (PM) Manufacturing & Custom Machining Process

All custom tungsten alloy bases adopt standardized PM powder metallurgy pressing and liquid-phase sintering, paired with precision CNC secondary machining. This mature process guarantees dense, pore-free, uniform internal structure and high flatness for every stabilizing base:

• Precision Alloy Batching & Mixing: High-purity tungsten, nickel and copper/iron raw materials are proportioned strictly according to different alloy grades. Uniform powder mixing eliminates component segregation and guarantees consistent density and mechanical stability of custom base blanks.

• High-Pressure PM Compression Forming: Professional powder metallurgy high-pressure pressing equipment is used for integral blank forming, providing uniform and reasonable machining allowance for subsequent precision shaping, ensuring flat base blank structure.

• High-Temperature Liquid-Phase Sintering: Precision temperature and atmosphere protection sintering improves material compactness and structural rigidity, avoiding deformation, looseness and performance attenuation of base plates during long-term use.

• Drawing-Based Precision CNC Machining: Strictly process according to customer 2D/3D drawings, supporting flat surface grinding, hole drilling, tapping, grooving, chamfering, special-shaped cutting and composite precision processing to realize personalized base structure.

• Dual Surface Finishing Options: Original Sintered surface for conventional assembly scenarios and high-precision Polished smooth surface for high-flatness, high-precision instrument matching scenarios.

This integrated manufacturing process ensures consistent flatness, stable weight distribution and reliable structural rigidity, perfectly suited for high-precision equipment stabilization and anti-vibration applications.

Core Advantages of Custom Tungsten Alloy Base

Superior to steel, copper and conventional alloy bases, our custom tungsten bases provide unique advantages in space-saving installation, structural stabilization and vibration suppression:

• Ultra-High Density & Compact Structure: Delivers heavy weight in minimal volume, lowering equipment center of gravity and greatly improving overall operational stability without occupying extra space.

• Full Drawing Customization: Customizable outline, thickness, hole positions, grooves and tight tolerances to fully match personalized equipment assembly requirements.

• Excellent Vibration Damping Performance: High mass inertia absorbs micro-jitter and high-frequency vibration, suppresses resonance and enhances equipment running accuracy and stability.

• High Flatness & Assembly Precision: Precision CNC grinding ensures smooth mounting surfaces and high flatness, avoiding offset and shaking after installation.

• Superior Structural Stability: Dense sintered structure provides high rigidity and deformation resistance, maintaining stable performance during long-term continuous operation.

• Magnetic & Non-Magnetic Options: Optional W-Ni-Fe magnetic grade and W-Ni-Cu non-magnetic grade to adapt to conventional and magnetic-sensitive equipment scenarios.

• Certified & Eco-Friendly: Lead-free and fully RoHS/REACH compliant, available with EN 10204 3.1 factory inspection documents for high-standard global procurement.

Product Performance Features

• Precision Stabilization & Positioning: Uniform density and high flatness enable accurate equipment positioning and stable support, effectively preventing operational displacement.

• Unlimited Non-Standard Customization: Supports irregular shapes and special structural designs to realize one-stop personalized base manufacturing.

• Strong Environmental Adaptability: Excellent oxidation and corrosion resistance with low thermal drift, ensuring stable performance in complex industrial environments.

• Good Secondary Processability: Reserved uniform machining allowance allows convenient secondary drilling, trimming and carving for flexible assembly adjustment.

Executive & Testing Standards

Executive Standards: Mil-T-21014 military specification, ASTM B777-15 (R2020), GB national standards, GB/T 1804-2000 general tolerance standard (ISO 2768-1 equivalent).

Surface Condition: Sintered / Polished, customizable per drawing requirements.

Customization Capability: Full-structure, full-size and full-tolerance non-standard customization, strictly processed per 2D/3D drawings with all dimensions compliant with GB/T 1804 precision standards.

Inspection Certificate: EN 10204 3.1 material inspection certificate available, providing complete traceable material and mechanical test reports.

Tungsten Alloy Base Common Technical Parameters

Parameter Note: All data are tested under standard sintered status; final dimensions, flatness and structures are fully customized per customer technical drawings.

Tungsten Alloy Applications

Benefiting from high density, high flatness and reliable vibration damping performance, custom tungsten alloy bases are widely used in precision stabilization and anti-vibration industries:

• Precision Optical & Instrument Equipment: Custom non-magnetic/magnetic tungsten bases for optical instruments, detection analyzers and precision measuring equipment, ensuring stable testing accuracy.

• Automation & CNC Equipment: Anti-vibration stabilizing base plates for automated machinery, precision machine tools and robotic equipment, reducing operating jitter and improving machining stability.

• Aerospace & New Energy Equipment: Compact high-stability custom base parts for aviation, aerospace and new energy precision equipment, realizing lightweight and high-rigidity structural design.

• Medical & Magnetic-Sensitive Devices: Non-magnetic tungsten alloy base plates for medical testing equipment and magnetic field sensitive instruments, avoiding magnetic interference.

• Special Industrial Custom Supports: Various irregular customized base platforms, fixing supports and counterweight base parts for special industrial equipment.

Production & Quality Assurance

All custom tungsten alloy bases are manufactured via standardized PM forming and liquid-phase sintering, combined with precision CNC drawing machining, fully complying with military, ASTM and GB/T 1804 tolerance standards. Full-process quality control ensures stable density, high flatness and consistent mechanical performance for every customized base.

We provide complete COA reports, third-party test data and EN 10204 3.1 certificates. Equipped with ISO9001, ISO45001, ISO18001 and ISO13485 certifications, our factory supports mass production and personalized OEM & ODM drawing customization.