Products
MIM & PM parts across six material platforms, plus high density tungsten alloy products.
All Products
118 products
Ultrafine Iron Powder for MIM
High-performance ultrafine iron powder engineered for Metal Injection Molding, with D10 down to 2.5 μm, low carbon and oxygen levels for superior molding precision and sintering quality.
Ultrafine Iron Powder for Soft Magnetism
High-purity iron powder for premium soft magnetic components, produced through controlled multi-stage purification with minimal oxygen, sulfur and carbon for low core loss and stable magnetic behavior.
PM Iron Powder
Iron powder engineered for Powder Metallurgy pressing of high-density components (> 7.5 g/cm³), with excellent sintering activity for strong, durable parts.
High Density Iron Powder
Specially formulated iron powder for PM processes where superior density and mechanical properties are paramount, enabling components with density greater than 7.5 g/cm³.
Tool Grade Fine Iron Powder
Ultra-fine iron-based powder for high-performance tool applications, ensuring consistent quality, high sintering activity and excellent compaction in diamond and hard cutting tools.
Soft Magnetic Powder
NEWLIFE insulated soft magnetic powder — iron-based particles with a uniform high-resistivity coating that suppresses eddy-current loss, ideal for molded inductors, powder cores and 3D-flux magnetic structures.
Abrasive Bond Iron Powder
Abrasive Bond Iron Powder is designed specifically for abrasive tool applications, particularly in the manufacturing of diamond tools and abrasive materials — superior bonding capability, high sintering activity and excellent mechanical properties.
Diamond Tool Iron Powder
Diamond Tool Iron Powder is specifically designed for the production of high-performance diamond tools — ultra-fine iron-based powder (pure or alloyed) with high sintering activity and precise particle size distribution for durable cutting, grinding and drilling tools.
Ferrous Powder
Highly refined ferrous alloy powder (Fe / Ni / FeNi phases, purity > 99.5%) engineered for high-frequency magnetic components — spherical morphology, sub-micron to 45 μm size range, for power electronics, server motherboards and complex circuitry.
Ferrous Powder Metallurgy
Ferrous Powder Metallurgy provides advanced solutions for creating high-density ferrous components through Powder Metallurgy techniques — high sintering activity and fine particle size distribution for durable, high-strength parts.
Fine Iron Powder
Morphologically controlled spherical fine iron powder — the foundational matrix material for Soft Magnetic Composites (SMC) and Metal Injection Molding (MIM), formulated for maximum packing density, superior flowability and exceptional electromagnetic response.
Injection Molding Iron Powder
Injection Molding Iron Powder is designed for Metal Injection Molding (MIM) applications, offering superior performance for manufacturers producing high-precision parts — optimized for complex molding processes with consistent, durable results.
Iron Filler Powder
High-purity, elementally stable iron filler powder — a structural matrix for diamond retention in tools and a structural binder in heavy alloy densification, a cost-effective alternative to cobalt-based binders.
Magnetic Material Iron Powder
Magnetic Material Iron Powder is specifically designed for soft magnetic applications where high permeability and low core losses are essential — high saturation magnetization and excellent low-loss performance for electrical and electronic components.
MIM Fine Iron Powder
MIM Fine Iron Powder is specifically tailored to meet the needs of Metal Injection Molding (MIM) processes — exceptional flowability and consistency for high-quality molded parts with optimal mechanical properties.
MIM Feedstock
Standard MIM feedstock formulated exclusively with NEWLIFE's in-house ultrafine Fe, Cu and Ni powders, delivering exceptional stability and consistency for high-volume manufacturing.
High Flowability MIM Feedstock
Flow-Pro high-flowability feedstock engineered for intricate, micro-sized and thin-walled MIM parts — low-viscosity binder plus spherical ultrafine powders fill features down to 0.2 mm at lower injection pressure.
Special Alloy MIM Feedstock
Custom-X bespoke feedstock service for soft magnetic alloys, heavy alloys and high-temperature superalloys — custom formulations co-developed with your engineering team when 316L or 17-4PH is not enough.
Stainless Steel MIM Parts
Complex-shaped stainless steel MIM parts for consumer electronics, smart wearables, medical accessories and decorative applications.
Iron Base Alloy MIM Parts
High-strength iron base MIM parts: gears, gearboxes, shafts and power tool accessories for automotive, power tool and machinery industries.
Soft Magnetic Alloy MIM Parts
Soft magnetic MIM parts with high permeability for TWS earphones and electronic components.
Copper Alloy MIM Parts
Copper and tungsten-copper MIM parts for 5G optical modules, electronic packaging thermal management, switch contacts and electrodes.
Non-Magnetic Steel MIM Parts
Non-magnetic steel MIM parts: compressor balance blocks, piston rings, non-magnetic counterweights and structural parts.
Tungsten Alloy Counterweight
High density tungsten alloy counterweights for vibrating motors, mobile phones, electric toothbrushes, massagers, golf, fishing gear and vehicles.
Tungsten Alloy Ball
Precision tungsten alloy balls for counterweights, hunting shots and industrial applications.
Tungsten Alloy Ring
Tungsten alloy rings for jewelry, industrial counterweights and precision applications.
Tungsten Alloy Grain
Tungsten alloy grains for sports goods counterweights, aircraft and tank counterweights.
Tungsten Copper Precision Components
WCu alloy components combining tungsten's hardness and high melting point with copper's electrical and thermal conductivity — electrical contacts, connector terminals, EDM and resistance welding electrodes, and EMI shields.
Copper Thermal Packaging Components
High-conductivity copper and W-Cu thermal packaging parts made by PM/MIM near-net-shape forming — chip heat sink bases, optical transceiver heat spreaders, laser diode coolers and microelectronic mounts.
Automotive Powder Metallurgy Parts
PM/MIM automotive parts engineered for modern vehicles where high strength, dimensional accuracy and cost-efficiency are essential — dense, uniform microstructure with mechanical properties superior to machined or cast parts.
Copper Alloy Powder Metallurgy Gears
Copper alloy PM gears engineered for motion systems that demand quiet operation, excellent dimensional control and high thermal stability — compacted and sintered to a microstructure far more uniform than cast or machined copper alloys.
Tungsten Alloy Aerospace Turbine Counterweight
Heat-resistant W-Ni-Fe counterweight for APUs and jet turbine control valves — atmosphere-controlled liquid-phase sintering, ≥ 400 MPa yield at 400°C and hardness retention up to 450°C for high-RPM rotational stability.
Copper Nickel Tungsten Components
Cu-Ni-W components for demanding thermal, mechanical and corrosive environments — uniform alloy distribution, high thermal conductivity and mechanical strength via proprietary powders and PM/MIM processing.
Deep Sea Fishing Sinkers
High-density PM/MIM fishing sinkers with faster sinking rates, enhanced stability and superior durability compared to traditional lead or cast weights — eco-friendly, lead-free and corrosion-resistant in saltwater.
Tungsten Alloy Aircraft Aileron Counterweight
W-Ni-Fe heavy alloy counterweight installed within wing ailerons for roll-control damping — sintered density ≥ 17.5 g/cm³, yield strength ≥ 580 MPa and Charpy impact energy ≥ 18 J/cm² to withstand aerodynamic shear.
Copper Tungsten EDM Electrodes
W-Cu EDM electrodes for high-performance electrical discharge machining — superior thermal conductivity, arc resistance and wear stability for efficient, accurate spark erosion of hard metals.
Golf Club Head
PM-manufactured golf club heads with superior structural integrity, optimized mass distribution and consistent ball-striking performance — uniform density and precise CG/MOI control that casting and forging cannot match.
Tungsten Alloy Aircraft Flap Counterweight
AMS-T-21014 Class 1 trailing-edge flap counterweight for aerodynamic flutter suppression — 17.0–18.2 g/cm³, 26–32 HRC, ≥ 12% elongation, custom plating with >500 h salt-spray resistance.
Copper Tungsten Heat Spreaders
W-Cu heat spreaders for high-power electronics, laser diodes, RF modules and semiconductor packages — high thermal conductivity with low, CTE-matched expansion, stable under continuous thermal cycling.
Golf Club Weight
Precision-engineered MIM/PM golf club weights that optimize swing balance, feel and trajectory — high-density alloys with ±0.02 mm tolerances for consistent performance across clubs and models.
Tungsten Alloy Aircraft Radar Equipment Counterweight
Non-magnetic W-Ni-Cu counterweight for airborne radar and radome assemblies — 17.0–17.8 g/cm³ of concentrated mass that shifts resonant frequency away from airframe vibration with zero magnetic interference.
Copper Tungsten Welding Tips
W-Cu welding tips for demanding resistance welding — exceptional thermal conductivity combined with outstanding arc erosion resistance for long service life under high current and thermal cycling.
High Density Tungsten Weights
Precision-engineered tungsten weights delivering maximum mass in minimal volume — uniform density, tight tolerances and superior mechanical stability via in-house tungsten powders and PM/MIM processing.
Tungsten Alloy Aircraft Rotor Balance Counterweight
AMS-T-21014 W-Ni-Fe counterweight for main lift rotors and propulsion assemblies — 17.5–18.2 g/cm³, ≥ 580 MPa yield strength and full aerospace batch traceability for flutter-free dynamic balance.
High-density Gear
High-density PM gears for automotive, industrial and precision motion systems — uniform density, superior wear resistance and high fatigue strength with near-net-shape complex tooth profiles.
Knurled Tungsten Darts
Precision-engineered tungsten dart barrels for professional and competitive players — high density in slim profiles with precise center-of-gravity control, knurled or ringed grips and durable PVD/Ni/Cr finishes.
Tungsten Alloy Aircraft Tailplane Counterweight
Class 1 heavy W-alloy empennage counterweight for horizontal and vertical tailplanes — 17.0–18.0 g/cm³, ≥ 750 MPa tensile strength and cadmium-free plating tested to 500 h salt spray against galvanic corrosion.
Non-magnetic Steel Weight
Non-magnetic steel weights for applications demanding exact mass distribution without magnetic interference — uniform density, minimal porosity and tight mass tolerances via PM/MIM processing.
Powder Metallurgy Copper Components
PM copper components engineered for high electrical and thermal conductivity, mechanical durability and precision geometry — near-net-shape production with uniform density and minimal porosity.
Tungsten Alloy Aircraft Wing Spar Counterweight
Class 2 / Class 3 heavy alloy counterweight integrated into spar extensions and wingtips — 17.5–18.2 g/cm³, ≥ 600 MPa yield strength, cyclic fatigue tested to AMS-T-21014 for aeroelastic flutter suppression.
Powder Metallurgy Bronze Bearings
Oil-impregnated PM bronze bearings for maintenance-free operation in high-volume industrial assemblies — interconnected porosity supplies continuous lubrication with precise dimensional stability.
Powder Metallurgy Self-Lubricating Bearings
Oil-impregnated PM self-lubricating bearings for high-volume mechanical assemblies — a porous sintered structure retains lubricant for maintenance-free, low-friction, low-noise operation over the full service life.
Tungsten Alloy Aviation Navigation System Counterweight
Completely non-magnetic W-Ni-Cu counterweight for INS and flight management systems — magnetic permeability ≤ 1.01, ±0.01 mm machining tolerance and 17.0–17.5 g/cm³ damping mass for vibration-sensitive avionics.
Powder Metallurgy Bushings
PM bushings for high-volume industrial, automotive and mechanical applications — controlled porosity enables oil-impregnated self-lubricating, low-friction, maintenance-free operation.
Tungsten Alloy Balance Counterweight
W-Ni-Fe (Class 1-4) balance counterweights for static and dynamic structural balancing in modern aviation — meticulous center-of-gravity management within highly confined structural envelopes.
Tungsten Alloy Missile Control Surface Counterweight
High-strength W-Ni-Fe counterweight inserted into missile fin and canard leading edges — 17.5–18.0 g/cm³, ≥ 850 MPa tensile strength and excellent thermal shock resistance to eliminate high-Mach flutter.
Powder Metallurgy Friction Plates
PM friction plates delivering stable, reliable friction performance under high-temperature, high-load conditions — uniform density and optimized porosity for clutches, brakes and engagement systems.
Tungsten Alloy Counterweights
Tungsten alloy counterweights with density up to 18.5 g/cm³, dimensional stability and mechanical strength for precision applications across industrial, automotive, aerospace and electronic systems.
Tungsten Alloy Missile Guidance System Counterweight
Class 3 heavy alloy inertial stabilization block for guidance electronics and seeker heads — 18.0–18.5 g/cm³, ≥ 800 MPa tensile strength, ISO G1.0 dynamic balancing, non-magnetic W-Ni-Cu variant available.
Powder Metallurgy Gears
A versatile family of PM precision power-transmission gears for mass-production, high-reliability mechanical systems — spur, helical, worm and internal profiles with built-in splines, hubs or cams.
Tungsten Balance Weights
Tungsten balance weights providing precise equilibrium for rotating, oscillating and vibration-sensitive systems — 16–18.5 g/cm³ density in a compact footprint with CNC finishing and Ni/Ag/Au plating options.
Tungsten Alloy Propeller Control System Counterweight
High-density inertial counterweight for variable-pitch propeller assemblies — MIM / die pressing + vacuum sintering, 17.0–18.0 g/cm³, ≥ 750 MPa tensile strength, up to 30% cost savings vs CNC at 100k+ pcs/month.
Powder Metallurgy Iron Copper Parts
Fe-Cu PM parts combining high strength, thermal conductivity and wear resistance — enhanced sintering density, precise tolerances and consistent alloy distribution via self-developed powders.
Tungsten Bead Fishing Lures
High-density tungsten beads for fly tying, micro-jigs and finesse lures — rapid sink rates, precise spherical geometry and balanced underwater behavior in slotted, countersunk and round options.
Tungsten Alloy Satellite Gyroscope Counterweight
Non-magnetic W-Ni-Cu inertial core for satellite attitude and stabilization control units — permeability < 1.01, ISO G0.4 dynamic balancing, ±0.005 mm machining tolerance, 100% X-ray / ultrasonic NDT verified.
Powder Metallurgy Sintered Filters
Sintered PM filters for consistent, high-performance gas and liquid filtration — precise pore size control, high mechanical integrity and superior thermal resistance versus welded mesh filters.
Tungsten Counterweight
Heavy tungsten alloy counterweights engineered for rotorcraft blade balancing — 17.5–18.2 g/cm³ density embedded in leading edges to modify inertia, suppress vibration and stabilize flight dynamics.
Tungsten Alloy Satellite Stabilization Counterweight
High-purity W-Ni-Fe stabilization mass for nadir-pointing booms and gravity-gradient configurations — 17.8–18.4 g/cm³, CVCM < 0.1% / TML < 1%, linear CTE 4.5–5.0 for decade-long orbital stability.
Powder Metallurgy Sprockets
PM sprockets for precision torque transmission in automotive, industrial and mechanical systems — uniform density, superior wear resistance and consistent tooth geometry.
Tungsten Counterweight Block
Vacuum-sintered tungsten counterweight blocks for spacecraft static and dynamic equilibrium — zero outgassing, 17.0–18.5 g/cm³ density and CTE matched to aerospace structural metals.
Tungsten Alloy Spacecraft Attitude Control Counterweight
Space-grade W-Ni-Fe counterweight for orbital attitude control systems — 17.8–18.5 g/cm³, zero outgassing (CVCM < 0.1%), magnetic permeability < 1.05, gold / nickel plating available.
Tungsten Alloy Aerospace Components
Tungsten aerospace components for applications requiring high density, mechanical strength and thermal stability — counterweights, structural inserts and shielding with density up to 18.5 g/cm³.
Tungsten Exercise Weights
Compact high-density tungsten exercise weights for fitness training, wearable resistance systems and athletic conditioning — 2–3× the density of steel enables greater resistance in smaller, ergonomic forms.
Tungsten Alloy Spacecraft Gyro Stabilizer Counterweight
High-purity W-Ni-Fe / W-Ni-Cu counterweight for control moment gyroscopes (CMGs) and reaction wheels — 18.0–18.5 g/cm³, ≤ 0.002 mm concentricity, ISO G0.4 balance, outgassing approved for deep space.
Tungsten Alloy Cutting Tools
Tungsten alloy cutting tools for high-performance machining in aerospace, automotive and precision engineering — superior hardness, wear resistance and dimensional stability via PM/MIM processing.
Tungsten Golf Club Heads
PM/MIM tungsten golf club heads with exceptional density distribution and vibration damping — precise CG and MOI tuning for enhanced forgiveness, trajectory control and shot consistency in premium clubs.
Tungsten Alloy Spacecraft Thruster Counterweight
Refractory tungsten alloy counterweight for propulsion bay mass balancing — 17.5–18.4 g/cm³, thermal resistance up to 500°C, CVCM < 0.1%, custom threaded / flanged mounting for satellite bus architectures.
Tungsten Alloy Gyroscope Rotors
High-density tungsten gyroscope rotors for advanced navigation, aerospace and defense systems — maximum rotational inertia in compact dimensions with exceptional balance and thermal reliability.
Tungsten Golf Club Weights
Tungsten golf club weights leveraging 16–18.5 g/cm³ density for precise mass concentration in small volumes — swing weight, CG and MOI tuning with CNC-machinable precision for putters, drivers and irons.
Tungsten Alloy Military Parts
Tungsten alloy military parts for applications requiring extreme density, mechanical robustness and heat resistance — counterweights, kinetic systems, protective shielding and guidance components.
Tungsten Heavy Counterweight
Extreme-precision tungsten heavy counterweights for inertial navigation and guidance — W-Ni-Cu / W-Ni-Fe rotors and gimbal weights machined to ±0.005 mm with ISO G0.4 dynamic balance grade.
Tungsten Alloy Radiation Shields
W-Ni-Fe radiation shields for high-efficiency X-ray and gamma attenuation in medical, aerospace and industrial applications — maximum shielding in minimal volume, lead-free.
Tungsten Nickel Iron Alloy Balls
W-Ni-Fe alloy balls with ≈17–18 g/cm³ density, precision roundness and mirror-polished finishes — compact mass and energy storage for sporting goods, aerospace and precision balancing systems.
Tungsten Alloy Vibration Dampers
High-density tungsten vibration dampers that absorb vibration and stabilize dynamic systems in aerospace, automotive, micro-mechanical and industrial applications — compact size, custom geometries.
Tungsten Split Shot Sinkers
Precision tungsten split shot sinkers for anglers seeking high sensitivity, rapid sink rates and natural lure action — compact, non-toxic and reusable with strong clamping force and line-friendly smooth edges.
Tungsten Copper Electrical Contacts
W-Cu electrical contacts for high-current, high-voltage switching — tungsten's arc resistance combined with copper's conductivity for reliable performance under repeated switching cycles.
Tungsten Vibrator Weights
Precision tungsten weights for micro vibration motors in smartphones, wearables and haptic devices — maximum mass in minimal volume for stronger vibration output and high-fidelity haptic feedback.
Tungsten Heavy Alloy Counterweights
Tungsten heavy alloy counterweights for applications demanding ultra-high density and compact mass distribution — densities up to 18.5 g/cm³ in blocks, rods, plates and inserts.
Tungsten Watch Weights
Precision tungsten micro-weights for high-end mechanical and smartwatches — ultra-high density in micro form factors for rotor balance, smooth winding performance and slimmer watch designs.
Copper Alloy Connector Terminals
Precision-engineered copper alloy terminals for high-density electrical systems — MIM near-net-shape production delivers tight tolerances, complex geometry and high surface quality for optimal conductivity and mechanical reliability.
Copper Alloy Electrical Contacts
Copper alloy electrical contacts for applications demanding high conductivity, mechanical robustness and precision geometry — MIM enables miniaturized multi-tier contacts, slots and micro-features with tight tolerances and low material loss.
Copper Alloy Heat Sink
Copper alloy heat sinks for high-efficiency thermal management in compact, high-power electronics — MIM integrates micro-fins, internal channels and optimized flow paths directly into near-net-shape parts.
Copper Alloy Micro Gears
Precision PM/MIM sintered micro gears for high-performance micro drives — high-precision tooth geometry, stable dimensional accuracy with minimal backlash, and cost-efficient millions-level output.
Eccentric Weight
Tungsten alloy eccentric weights for compact vibration motors in consumer electronics, beauty devices and portable instrumentation — high density, ±0.02 mm MIM tolerances and consistent balance at high RPM.
Motor Counterweight
Tungsten alloy motor counterweights for precise mass distribution in compact vibration motors and micro-actuating systems — extreme density, shape accuracy and long service life via MIM/PM.
Oil-impregnated Bronze Bearing
Precision PM/MIM sintered self-lubricating bronze bearings for micro motors — controlled porosity releases oil automatically, with mass-production capability down to Ø0.5 × Ø1.0 × 0.5 mm.
Tungsten Alloy Balancing Weight
Tungsten alloy balancing weights for vibration systems demanding exceptional mass concentration, dimensional accuracy and long-term reliability — the eccentric mass in compact motors from smartphones to medical micro-drives.
Tungsten Alloy EMI Shield
High-density tungsten alloy EMI shields for advanced optical, RF and photonic systems — superior shielding effectiveness over aluminum or stainless steel in miniaturized thin-wall MIM designs.
Tungsten Alloy Precision Parts
Tungsten alloy precision parts for applications demanding extreme mechanical strength, high density and precise dimensional control — MIM/PM near-net-shape forming with ±0.02 mm tolerances and minimal material waste.
Tungsten Copper Electrodes
WCu alloy electrodes combining tungsten's hardness and high melting point with copper's conductivity — outstanding arc erosion resistance, anti-adhesion and heat dissipation for EDM, resistance welding and high-voltage discharge.
Tungsten Copper Heat Sink
Tungsten copper heat sinks for high-efficiency thermal control in extremely compact optical and photonic systems — copper's conductivity plus tungsten's low thermal expansion for stable, warp-free thermal cycling.
Tungsten Copper Packaging Parts
Tungsten copper packaging parts for optical, photonic and semiconductor packaging — balanced thermal spreading and mechanical strength for laser modules, VCSEL arrays and high-density packaging platforms.
Chip Heat Sink Base
High-conductivity copper / W–Cu bases for semiconductor chip and COB cooling — PM/MIM near-net-shape bases with cavities, steps and multi-level surfaces for rapid heat removal, low warpage and reliable die bonding.
Copper Heat Sink
High-conductivity pure copper thermal solutions for electronic cooling — PM/MIM near-net-shape forming enables micro-fins, microchannels and compact high-surface-area designs that machining or extrusion cannot achieve.
Electrical Copper Connector
Precision copper connectors for power & signal transmission — PM/MIM near-net-shape terminals, lugs, pins, sockets and bus connectors with low contact resistance and high mechanical durability.
EML / DFB Thermal Component
High-stability cooling components for EML and DFB laser packaging — W–Cu / high-purity copper chip carriers, submounts and thermal blocks with low thermal drift for wavelength-accurate telecom-grade lasers.
High Power Heat Sink
High-density W–Cu / Cu heat sinks for high-power laser cooling — PM sintering-infiltration parts with rapid heat spreading and low thermal distortion for CW and pulsed industrial, medical and defense lasers.
Laser Diode Heat Sink
Precision W–Cu / Cu heat sinks for high-power laser diode packaging — PM + infiltration + CNC parts with microcavities, steps and mounting geometries that keep LD/VCSEL modules aligned under rapid thermal cycling.
Microelectronic Mount
Engineered mounting platforms for semiconductor chips, laser diodes, photonic sensors and hybrid microelectronic assemblies — PM/MIM near-net-shape mounts with ultra-precise flat surfaces, cavities, slots and metallization.
Optical Transceiver Heat Spreader
High-performance thermal management for high-speed optical modules (QSFP, QSFP-DD, OSFP, CFP) — PM/MIM heat spreaders with micro-fins, thin walls and tight tolerances for transceivers up to 800G.
Pump Laser Diode Cooler
Precision thermal coolers for pump laser diode modules — W–Cu / high-purity copper stepped bases and micro-cavities with AuSn soldering compatibility, stabilizing wavelength and power output under rapid thermal changes.
Pure Copper Electrode
High-conductivity pure copper electrodes for welding, EDM and power applications — PM near-net-shape parts with uniform density, low resistivity and low wear rate for repeatable high-current performance.
RF Heatsink
High-conductivity thermal components for RF & microwave devices — W–Cu / pure copper / PM composite bases, tabs and housings with CTE matched to GaN, GaAs and SiC for stable gain and low noise.
TO-Pedestal
Tungsten–copper & copper pedestals for TO-can power device packaging — PM sintered, infiltrated and CNC-machined bases ensuring heat conduction, hermetic sealing and dimensional stability for TO-3/TO-5/TO-18/TO-220 modules.
Tungsten Copper Electronic Package Housing
W–Cu electronic package housings for high-power semiconductor modules, RF devices and hermetically sealed electronics — PM near-net-shape housings with CTE tailored to Si, GaN, GaAs and SiC.
Tungsten Copper IC Packaging
W–Cu IC packaging substrates for power semiconductor chips, RF amplifiers and hermetic device carriers — PM/MIM parts with micro-channels, stepped regions and cavity structures, CTE-tunable to Si, SiC, GaN or GaAs.
Tungsten Copper Substrate
High-integrity W–Cu substrates for devices generating intense localized heat — laser diode stacks, power modules, RF circuits and photonics equipment, with thin high-strength profiles and multilevel PM/MIM geometries.
Tungsten Copper Thermal Substrate
High-density W–Cu heat spreading substrates for power & RF devices — PM sintering-infiltration plates, blocks and spreader blanks with tailored CTE, tight tolerances and minimal warpage for hermetic packaging.
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