REE | RMs

Defence | Tactical

Specialist

"We operate at the intersection of precision and innovation, supplying Rare Earth Elements (REEs) + Rare Metals (RMs) critical resources that underpin today’s automobile, clean energy, military, and advanced digital technologies. Additionally, we provide cutting-edge tactical and defence OEM solutions, from military-grade equipment and drones to state-of-the-art weaponry. Our expertise drives progress in defence and security. Join us in shaping a future where critical resources and advanced technology converge to redefine the possibilities of modern defence."

Featured + OEM Solutions

  • Essential for Performance Magnets, Elements, Vital for High-Tech, Aerospace, Medical, Military, Performance Magnets, Batteries, Communication, Automotive, Radar, Lasers, Research & Development Labs, New energy, Advanced technology, Semiconductors, Batteries, Next-Gen Computing.

    Battery & Energy Storage Metals:

    • Dysprosium (Dy) ⬜ ▭ ⠿ ••• High-Density Permanent Magnets, Energy-Efficient Motors, Electric Vehicle Motors, Wind Turbine Magnets

    • Neodymium (Nd) ⬜ ▭ ⠿ ••• Permanent Magnets, Electric Motors, Wind Turbines, High-Strength Magnets for Military Equipment

    • Praseodymium (Pr) ⬜ ▭ ⠿ ••• High-Performance Magnets, Hydrogen Storage Systems, Electric Vehicles, Aerospace Components

    • Samarium (Sm) ⬜ ▭ ⠿ ••• High-Density Magnets, Rechargeable Batteries, Nuclear Reactors, Permanent Magnets for Military Applications

    • Cerium (Ce) ⬜ ▭ ⠿ ••• Catalysts, Glass Polishing, Scrubbing Agent for Diesel Engines, Hydrogen Storage

    Semiconductor & Display Metals:

    • Europium (Eu) ⬜ ▭ ⠿ ••• Phosphors for LED and Fluorescent Lamps, TV Displays, Computer Screens, Fluorescent Devices for Military Applications

    • Terbium (Tb) ⬜ ▭ ⠿ ••• Phosphors for Energy-Efficient Lighting, Display Screens, Green Phosphors for Military-Grade Displays

    • Yttrium (Y) ⬜ ▭ ⠿ ••• Superconductors, YAG Lasers, Phosphors for Color Displays, Advanced Ceramics for Electronics

    • Holmium (Ho) ⬜ ▭ ⠿ ••• Fiber Optics, High-Density Permanent Magnets, Medical Lasers, Military Communication Equipment

    Superalloys & Aerospace Metals:

    • Gadolinium (Gd) ⬜ ▭ ⠿ ••• MRI Contrast Agents, Nuclear Reactor Control Rods, Aerospace Applications, Magnetic Refrigeration

    • Terbium (Tb) ⬜ ▭ ⠿ ••• Phosphors, High-Temperature Superconductors, Aerospace Applications

    • Ytterbium (Yb) ⬜ ▭ ⠿ ••• Fiber Optics, Medical Lasers, Quantum Computing, Aerospace, High-Tech Applications

    • Erbium (Er) ⬜ ▭ ⠿ ••• Fiber Optic Communications, High-Performance Lasers, Military Lasers, Aerospace Technologies

    Magnetic & Structural Metals:

    • Holmium-Iron Alloy (Ho Fe) ⬜ ▭ 〰 ⠿ ••• Permanent Magnets, Magnetic Materials for Motors, Aerospace Components

    • Dysprosium-Iron Alloy (Dy Fe) ⬜ ▭ 〰 ⠿ ••• High-Strength Permanent Magnets, Aerospace Components, Energy-Efficient Motors, Defense Systems

    • Praseodymium-Neodymium Alloy (Pr Nd) ⬜ ▭ 〰 ⠿ ••• Superalloy Components, High-Performance Magnets for Aerospace, Defense, and Automotive Applications

    • Gadolinium-Iron Alloy (Gd Fe) ⬜ ▭ 〰 ⠿ ••• Magnetic Refrigeration, High-Density Magnets for High-Tech Devices, Aerospace & Defense Applications

    Specialized & Precious Metal Compositions:

    • Raw Mineral Powder (Sm203, Eu203, Gd203, Tb407, Dy203, Er203, Tm203, Yb203, Lu203, Y203) ⬜ ⠿ ••• Precious Metal Composition Detection, High-Purity Refinement, Catalyst Applications, High-Tech Electronics and Defense Sensors

    Final Legend:

    • Powder (⠿)

    • Sheet ( ▭ )

    • Ingot ( ⬜ )

    • Wire ( 〰 )

    • Granules (•••)

  • Rare Metals RMs & Critical Elements, Vital for High-tech, Aerospace, Medical, Military, Communication, Automotive, Radar, Research & Development Labs, New energy, Advanced technology, Semiconductors, Batteries, Next-Gen Computing.

    Battery & Energy Storage Metals:

    • Cesium (Cs) ⬜ ▭ ⠿ ••• Atomic Clocks, Drilling Fluids for Oil & Gas, Ion Propulsion for Spacecraft, Energy Storage in Specialty Batteries

    • Cobalt (Co) ⬜ ▭ ⠿ ••• Rechargeable Batteries, Jet Turbines, Power Systems for Military Equipment, Military Battery Systems

    • Lithium (Li) ⬜ ▭ ⠿ ••• EV Batteries, Energy Storage, Military-Grade Batteries, High-Performance Energy Storage for Defense Applications

    • Nickel (Ni) ⬜ ▭ 〰 ⠿ ••• EV Battery Cathodes, Stainless Steel, Energy Storage in Military Systems, Superalloy Applications for Defense

    • Rubidium (Rb) ⬜ ▭ ⠿ ••• Specialized Atomic Clocks, Biomedical Research, High-Energy Battery Electrolytes, Photonics Applications

    Semiconductor & Display Metals:

    • Gallium (Ga) ⬜ ⠿ 💧 ••• High-Speed Semiconductors, LED Screens, Infrared Sensors for Military Surveillance, Radar Systems, 5G Communication Chips

    • Germanium (Ge) ⬜ ▭ ⠿ ••• Infrared Optics, Fiber-Optic Cables, Military Night Vision Equipment, Advanced Defense Communication Systems

    • Indium (In) ⬜ ▭ ⠿ ••• Touchscreens, LCDs, Solar Panels, Military-Grade LCDs for Tactical Displays, Thin-Film Solar Cells for Defense Applications

    • Tin (Sn) (High Purity) ⬜ ▭ 〰 ⠿ ••• Semiconductor Solder, Microchips, High-Purity Solder for Military Electronics, Microelectronics for Military Equipment

    Superalloys & Aerospace Metals:

    • Hafnium (Hf) ⬜ ▭ ⠿ ••• Nuclear Reactor Rods, High-Temperature Alloys, Nuclear Submarine Reactors, Military-Grade Nuclear Applications

    • Molybdenum (Mo) ⬜ ▭ 〰 ⠿ ••• Aerospace Components, High-Temperature Alloys, Military-Grade Heat Shields, Aerospace Propulsion Systems

    • Molybdenum-Iron Alloy (Mo Fe) ⬜ ▭ 〰 ⠿ ••• Reinforced High-Strength Aerospace Alloys, Military-Grade Structural Reinforcement, Heat-Resistant Industrial Applications

    • Niobium (Nb) ⬜ ▭ 〰 ⠿ ••• Rocket Engines, Superconductors, High-Temperature Aerospace Components, Superconducting Materials for Military-Grade Electronics

    • Niobium-Iron Alloy (Nb Fe) ⬜ ▭ 〰 ⠿ ••• Superalloy Manufacturing, Structural Reinforcement in Military Aerospace Applications, High-Strength Industrial Alloys

    • Rhenium (Re) ⬜ ⠿ ••• Jet Engines, High-Temperature Alloys, Aerospace Propulsion Systems, Advanced Jet Engines for Defense Aircraft

    • Tantalum (Ta) ⬜ ▭ 〰 ⠿ ••• Heat-Resistant Alloys, Capacitors, Jet Engine Components, Aerospace Applications (critical in heat shielding for missiles and aircraft)

    • Titanium (Ti) ⬜ ▭ 〰 ⠿ ••• Aerospace, Medical Implants, Industrial Applications, Aircraft & Aerospace Structural Components, Lightweight Armor for Military Vehicles

    • Titanium Alloy ⬜ ▭ 〰 ⠿ ••• High-Strength Aerospace Components, Military Aircraft & Defense Systems, Corrosion-Resistant Industrial Applications

    • Titanium-Iron Alloy (Ti Fe) ⬜ ▭ 〰 ⠿ ••• Structural Reinforcement, High-Strength Military Applications, Aerospace-Grade Lightweight Materials

    • Tungsten (W) ⬜ ▭ 〰 ⠿ ••• Armor-Piercing Ammunition, Industrial Tools, Missile Defense Systems, Armor Plating for Military Vehicles, Ballistic Protection

    • Tungsten-Iron Alloy (W Fe) ⬜ ▭ 〰 ⠿ ••• High-Density Armor, Military Ballistics, Heat-Resistant Aerospace Applications

    Magnetic & Structural Metals:

    • Beryllium (Be) ⬜ ▭ 〰 ⠿ ••• Satellite Technology, High-End Electronics, Military Radar Systems, Aerospace & Defense Applications (lightweight materials for satellites and spacecraft)

    • Vanadium (V) ⬜ ▭ 〰 ⠿ ••• High-Strength Steel Alloys, Battery Storage, Military Armor, Reinforcement in Structural Defense Applications

    • Vanadium-Iron Alloy (V Fe) ⬜ ▭ 〰 ⠿ ••• Structural Reinforcement, Aerospace Components, Military-Grade Armor Alloys, High-Strength Tool Steels

    • Zirconium (Zr) ⬜ ▭ 〰 ⠿ ••• Nuclear Reactors, Corrosion-Resistant Coatings, Corrosion-Resistant Alloys for Military Equipment, Nuclear Defense Applications

    • Zirconium Sponge (Zr + Hf) ⬜ ▭ 〰 ⠿ ••• Nuclear Fuel Cladding, Aerospace Shielding, High-Temperature Military Applications, Rocket Nozzles

    Specialized & Precious Metal Compositions:

    • Raw Mineral Powder ⬜ ⠿ ••• Precious Metal Composition Detection (Au + Pd + Rh + Pt + Ir + Ru), High-Purity Refinement, Catalyst Applications, High-Tech Electronics and Defense Sensors

    Legend:

    • Powder (⠿)

    • Liquid (💧)

    • Sheet ( ▭ )

    • Ingot ( ⬜ )

    • Wire ( 〰 )

    • Granules (•••)

  • Advanced Functional Powders for High-Tech, Aerospace, Medical, Military, Communication, Automotive, New Energy & Advanced Technology Sectors:

    • Aerogel ••• ⠿ 🔲
      Aerospace thermal shielding, Industrial insulation, Military-grade lightweight materials, Energy-efficient construction

    • Antibacterial Copper Powder ••• ⠿ 🔲
      Medical sterilization, Military bioprotective coatings, High-tech antimicrobial coatings for electronics, Aerospace antibacterial surfaces

    • Antibacterial Silver Powder ••• ⠿ 🔲
      Sterilization technology, Medical-grade air & water purification, Antimicrobial coatings in defense & aerospace, High-tech electronics sterilization

    • Antibacterial Titanium Powder ••• ⠿ 🔲
      Self-cleaning surfaces for space & military, Medical-grade implants, Defense-grade sterilization coatings, Advanced material for automotive & aerospace

    • Antibacterial Zinc Powder ••• ⠿ 🔲
      Bioactive coatings for medical devices, Military air filtration, Defense-grade antimicrobial protection, High-tech industrial coatings

    • Bamboo Charcoal Powder ••• ⠿ 🔲
      Air purification, Water filtration, Environmental protection materials for military & medical applications, Absorbents for high-tech industries

    • Bianstone Powder ••• ⠿ 🔲
      Traditional healing applications, Infrared emission materials for aerospace, High-tech far-infrared health & medical technology

    • Coconut Charcoal Powder ••• ⠿ 🔲
      High-absorption filters for military & aerospace, Advanced air & water purification, High-energy absorption coatings

    • Coffee Carbon Powder ••• ⠿ 🔲
      Renewable energy storage, Sustainable filtration systems, High-tech environmental applications, Battery & capacitor innovation

    • Far-Infrared Powder ••• ⠿ 🔲
      Infrared technology for military sensors, Thermal imaging coatings, Aerospace & medical infrared heating applications

    • Gallium (Ga) Powder ••• ⠿ 🔲
      Semiconductors, Flexible electronics, Advanced defense communication, LED and infrared optics for aerospace & military

    • Graphene Powder ••• ⠿ 🔲
      Superconductors, Military armor coatings, Aerospace-grade structural reinforcement, Next-generation battery technology, Quantum computing

    • Magnetic Powder ••• ⠿ 🔲
      Advanced military radar systems, High-density magnet applications in automotive & aerospace, Energy storage for renewable tech, Magnetic shielding in defense

    • Non-Edible Chemical Ice Powder ••• ⠿ 🔲
      Cryogenic cooling for aerospace & medical industries, Military-grade refrigeration systems, High-tech industrial temperature control

    • Raw Mineral Powder ••• ⠿ 🔲
      Rare earth element extraction for aerospace, Military sensor technology, Advanced energy applications, Semiconductor industry refinement

    • Silicon Dioxide (SiO₂) Powder ••• ⠿ 🔲
      High-performance semiconductor materials, Aerospace ceramics, Advanced industrial catalysts, Automotive reinforcement materials

    • Stone Powder ••• ⠿ 🔲
      Reinforcement for defense & aerospace materials, High-strength construction composites, Advanced shielding technology for military applications

    • Yellow Powder (Full Phase Rare Earths) ••• ⠿ 🔲
      Rare earth element processing, High-tech luminescent materials, Magnetic components for aerospace & military, Advanced electronics manufacturing

    Legend:

    • Powder (⠿)

    • Granules (•••)

    • Pellets (🔲)

  • SUV’s

    • Bentley Bentayga

    • BMW X7

    • Cadillac Escalade

    • Chevrolet Tahoe

    • Chevrolet Suburban

    • GMC Yukon Denali

    • Infiniti QX80

    • Jeep Grand Cherokee

    • Land Rover Range Rover

    • Land Rover Defender

    • Lexus LX 600

    • Lincoln Navigator

    • Mercedes-Benz G Class

    • Mercedes-Maybach GL S

    • Rolls-Royce Cullinan

    • Toyota 4Runner

    • Toyota Land Cruiser

    • Toyota Land Cruiser 70-Series

    • Toyota Land Cruiser 250

    • Toyota Sequoia

    Sedan’s

    • Mercedes-Benz S Class

    • Mercedes-Maybach S 680

    • Lexus LS 500

    • Toyota Camry

    Truck’s

    • Chevrolet Silverado

    • GMC Sierra

    • Toyota Hilux

    • Toyota Tundra

    • SENTRY CIVILIAN

    • MERCEDES-BENZ G63 CHAIRMAN

    • MERCEDES-BENZ SPRINTER CHAIRMAN

    • CADILLAC ESCALADE ESV CHAIRMAN

    • MERCEDES-BENZ V-CLASS CHAIRMAN

    • Prisoner Transport

    • SWAT Van

    • Hudson APC

    • Sentry APC

    • Superior APC

    • Huron APC

    • Ford Transit Connect

    • Ford Transit

    • Mercedes-Benz Sprinter

    • Ford F550

    • Hudson CIT

    • Hino L-Series

    • Attack Drones

    • Countermeasure Drones

    • FPV Drones

    • Patrol Drones

    • Transport Drones

    • Shell Thrower Launcher

    • Strike UAV Weapons & Controller Systems

    • Grenade Thrower

    • Unmanned Ground Vehicles

    • Armoured Fighting Vehicles

    • Anti-Thorn Clothing

    • Body Armour

    • Bomb Shield

    • Bulletproof Vest

    • Bulletproof Suit

    • Bulletproof Umbrella

    • Bulletproof Briefcase

    • Bulletproof Helmet

    • Bulletproof Plug Board

    • Camouflage

    • Explosion Proof Wall

    • Explosion Proof Blanket

    • Fully Protected Body Armor

    • Soft Body Armour

    • Hard Body Armour

    • Tactical Body Armour

    • Unmanned Air Vehicles (UAV) Aerial Drones

    • Unmanned Ground Vehicles (UGV) Robot Dogs

    • Unmanned Surface Vessels (USV) Surface Craft

    • Airbourne Weapon Systems

    • Guns

    • Rifles

    • Ammunition

    • Land Weapon Systems

    • Naval Weapon Systems

    • Rocket Launchers

    • Backpack - Single Soldier Detection & Positioning Integrated Equipment

    • Backpack - Individual Combat Check & Play Integrated Equipment

    • Fixed Detection & Identify Drone Types

    • Plug in Large Cloud Platform

    • Tank Protection

    • 15 - 30 Mins Per Session

    • Pattern Formation up to 10000 Drones

    • Government Mega Events

    • Disaster Emergency Signaling

    • Holiday Events

    • Corporate Campaigns

    • Live Show Entertainment

    • Brand Marketing

    • Culture & Tourism Spectacles

    • Ultra HNWI Private Celebrations

    • Cue Precision: Hits marks within ±0.5sec of musical beats/script cues

    • Fail-Safe Protocols: Backup drones auto-replace faulty units mid-show

    • API Ecosystem: Plugins for Unreal Engine/MADRIX/Millumin control

    • Aerial Photography

    • Landscape | Scenic

    • Sports Recording

    • Low | Night Environmental Shooting

    • Express Logistics

    • Takeaway Delivery B2C

    • Smart Logistics Scenarios B2B

    • Medical Cold Chain Transportation

    • Material Airdrop | Emergency Delivery

    • Firefighting

    • Private Security

    • Search | Rescue

    • Law Enforcement

    • Mining Survey | Site Inspection

    • Surveying | Mapping | Land | Urban

    • Constructions | Progress | Power Line Management

    • Powerline Inspection

    • Substation Inspection

    • Air | Industrial Emission Monitoring

    • Oil & Gas Pipeline | Facility Inspection

    • Renewable Energy | Wind Turbine Inspection

    • Renewable Energy | Photovoltaic Solar Panel Inspection

    • Real Time River Monitoring | Illegal Discharges | Pollution

Rare Earth Element | Rare Metals

  • Display case with rare metals and glass artifacts labeled "Rare Earths" and "Rare Metals" in a modern showroom or museum.

    Showroom. RMs

    Macao. China PRC

  • A man in a suit standing in a jewelry display room with glass cases labeled 'Rare Earths' and 'Rare Metals,' and sitting area with chairs and a table with a tablet.

    Showroom. REE

    Macao. China PRC

  • Six metal containers filled with different colored powders and metallic flakes, placed on rough ground.

    REE + RMs

    Rare Earth Elements + Rare Metals

  • A piece of cerium metal on a small stand with a black background, illuminated to highlight its metallic texture and irregular shape. A small information sign indicates the element's name and atomic number.

    Ce . Cerium

    Atomic (58) 140.116

  • A small glass vial containing a silver-colored substance, a display card with the symbol for Cesium and its atomic number 55, and a black protective case with foam padding, all arranged on a dark surface.

    Cs. Cesium

    Atomic No (55) 132. 90545196

  • A piece of Dysprosium ore on a small glass platform, displayed on a gold stand in a dark setting, with a sign in front providing its element symbol, atomic number, and name.

    Dy . Dysprosium

    Atomic No (66) 162.500

  • Display of a piece of dysprosium iron alloy on a stand with a label showing its chemical symbol, atomic number, atomic weight, and name.

    Dy + Fe . Dysprosium Iron Alloy

    Atomic No (66 + 26) 162.500 | 55.845

  • A piece of Gadolinum metal displayed on a gold stand, with an informational plaque nearby.

    Gd + Fe . Gadolinium Iron Alloy

    Atomic No (64 + 26) 157.249 | 55.845

  • A piece of metallic silver, likely a fragment of a silver ore or mineral, displayed on a small stand with a black background. To the left, a label shows chemical information about iron (Fe) in a silver-colored box.

    Ho + Fe . Holmium Iron Alloy

    Atomic No (67 + 26) 164.930329 | 55.845

  • A test tube filled with a clear liquid, held upright by a gold-colored wire frame, on a dark surface with a black background.

    In . Indium

    Atomic No (49) 114.818

  • A mineral sample placed on a black stand with a gold-colored base, displayed against a dark background. A label with the element symbol 'La' and associated information is positioned nearby.

    La . Lanthanum

    Atomic (57) 198.90547

  • A small display case holding a cylindrical container with a metallic object inside, situated beside a label reading 'Mo Fe' for molybdenum iron alloy.

    Mo + Fe . Molybdenum Iron Alloy

    Atomic No (42 + 26) 95.95 | 55.845

  • A display of a mercury element model with a sign showing the element symbol, atomic number 42, and atomic weight 200.59, against a black background.

    Mo . Molybdenum

    Atomic No (42) 95.95

  • Display of a small pile of nickel-iron alloy rocks in a clear cylindrical container, surrounded by a gold-colored frame, with a sign indicating the element name as 'NiFe', atomic number 26, atomic weight 55.845, and the note 'Nickel Iron Alloy' in both English and Chinese.

    Nb + Fe . Niobium Iron Alloy

    Atomic No (41 + 26) 92.90637. |. 55.845

  • Two metallic display stands with rocks on top, positioned against a dark background. A sign indicates the element is Niobium (Nb), atomic number 41.

    Nd . Neodymium

    Atomic (60) 144.242

  • Two mineral samples on glass plates, displayed on gold wire stands, with a label indicating they are praseodymium neodymium alloy, against a black background.

    Pr + Nd . Praseodymium Neodymium Alloy

    Atomic No (59 + 60) 140.90766 | 144.242

  • A piece of praseodymium mineral sample displayed on a small stand, with a label indicating the element symbol 'Pr', atomic number 59, and the name 'Praseodymium', in a museum exhibit.

    Pr . Praseodymium

    Atomic (59) 140.90766

  • A small glass vial with a red cap, containing a small amount of mineral powder, is shown next to a sign displaying the element Rhenium (Re) from the periodic table.

    Re. Rhenium

    Atomic No (22) 47.867

  • Rb. Rubidium

    Atomic No (37) 85.4678

  • A mineral specimen on a clear round base, displayed on a tall, gold-colored wire stand, with a black background.

    Sm . Samarium

    Atomic (62) 150.36

  • A display of a fossil sample enclosed in a glass container, suspended in a metal frame, with a small information card in front of it, set against a black background.

    Ta . Tantalum

    Atomic No (73) 180.94786

  • A silver metal piece labeled 'Tb' for terbium, displayed on a black background with a small sign beside it.

    Tb . Terbium

    Atomic (65) 159.925354

  • Display of a titanium element symbol with atomic number 22, atomic weight 47.867, and Japanese characters, alongside a glass container with a sample inside, supported by a gold-colored geometric stand, against a black background.

    Ti . Titanium

    Atomic No (22) 47.867

  • A glass display case housing a titanium alloy dental drill or burr, with a label indicating it is made of titanium alloy.

    Ti. Titanium Alloy

    Atomic No (22) 47.867

  • Ti + Fe . Titanium Iron Alloy

    Atomic No (22 + 26) 47.867 | 55.845

  • Sample of tungsten iron alloy minerals on display with a label indicating 'W Fe Tungsten Iron Alloy' and chemical composition details, placed on a black surface against a black background.

    W + Fe . Tungsten Iron Alloy

    Atomic No (74 + 26) 183.84 | 55.845

  • Two glass vials with white powder inside, placed inside gold-colored wireframe stands, at a science exhibit. A sign displays the element symbol for zirconium (Zr) along with its atomic number 40 and atomic weight 91.224.

    Zr . Zirconium

    Atomic No (40) 91.224

  • Two display stands with gold frames, each holding a piece of metal in a museum or exhibit setting. The left stand has a rough silver-colored mineral, and the right stand has a similar mineral in a clear container. A small sign in front indicates the metal is iron, with chemical symbol Fe, and the description includes atomic number 23 and atomic weight 55.845, with Chinese characters below.

    V + Fe . Vanadium Iron Alloy

    Atomic No (23 + 26) 50.9415 | 55.845

  • A silver-colored rectangular mineral or metal sample resting on a gold wire stand, accompanied by a small metal plaque with the letter Y and Chinese characters, all set against a black background.

    Y . Yttrium

    Atomic No (39) 88.89583

  • A glass tube filled with a granular black substance, suspended in a gold-colored frame, with a label to its left indicating it is zirconium, element 40.

    Zr. Zirconium

    Atomic No (40) 91.224

  • A jar containing a black, crumbly substance with a metallic lid and valve on top, next to a small clear sign with chemical notation "Zr+Hf" and the words "Zirconium Sponge" in English and Chinese, against a black background.

    Zr + Hf. Zirconium Sponge

    Atomic No (40)

  • A clear plastic bottle with white liquid behind Chinese characters on a black background.

    Aerogel

    Industrial Material

  • A clear plastic container with a white screw cap contains a dark powder and has a label with Chinese characters.

    Antibacterial Copper Powder

    Industrial Material

  • A white bottle with a white cap and a label with Chinese characters on it, set against a black background.

    Alloy Germanium Powder

    Industrial Material

  • A plastic bottle with white powder inside, labeled with Chinese characters.

    Antibacterial Silver Powder

    Industrial Material

  • A white plastic bottle with a white screw cap containing a white powder, labeled with Chinese characters, against a black background.

    Antibacterial Titanium Powder

    Industrial Material

  • A small white container with a white screw cap, containing a white powder, is placed on a black surface with a black background. The label on the container has Chinese characters.

    Antibacterial Zinc Powder

    Industrial Material

  • A small plastic container with a white lid, labeled with Chinese characters, placed on a black surface against a black background.

    Bamboo Charcoal Powder

    Industrial Material

  • A small plastic jar with a white screw cap, containing a light brown powder. The jar has a label with Chinese characters.

    Bianstone Powder

    Industrial Material

  • A small plastic bottle with a white screw cap containing a dark powder, labeled with Chinese characters for activated charcoal.

    Coconut Charcoal Powder

    Industrial Material

  • A small clear plastic jar with a white lid, containing dark powder, with a label in Chinese characters.

    Coffee Carbon Powder

    Industrial Material

  • A small clear plastic bottle with a white cap, containing a white powder, placed on a black surface against a black background, with a label containing Chinese characters.

    Far Infrared Powder

    Industrial Material

  • A white plastic bottle with a white screw cap sits on a black surface, next to a metallic plaque with the periodic table element gallium (Ga) and its atomic number 31.

    Ga. Gallium

    Atomic No (31) 69.723

  • A small container with a white lid, labeled with Chinese characters, sitting on a black surface with a black background.

    Graphene Powder

    Industrial Material

  • A small bottle with a white cap, containing a dark brown powder, label with Chinese characters.

    Magnetic Powder

    Industrial Material

  • A small transparent plastic bottle with a white screw cap, containing white powder, placed against a black background. The label on the bottle has Chinese characters.

    Negative ion Powder

    Industrial Material

  • A small transparent plastic jar with a white screw-on lid, containing a white powdery substance, sits on a black surface against a black background. The jar has a label with Chinese characters.

    Non-Edible Chemical Ice Powder

    Industrial Material

  • Glass bottle filled with a brown powdery substance, placed on a black surface against a dark background, with a small informational sign in front of it.

    Raw Mineral Powder

    Precious Metal Composition Detection | Au + Pd + Rh + Pt + Ir + Ru

  • A clear plastic bottle with a white cap and a label with Chinese characters, containing a white powder.

    Silicon Dioxide

    Industrial Material

  • A small white plastic container with a white screw cap, containing a beige powder, and a white label with Chinese characters on it.

    Stone Powder

    Industrial Material

  • Two glass containers filled with a white mineral, displayed on gold wire stands, with a sign describing yellow powder as full phase rare earth.

    Yellow Powder

    Precious Metal Composition Detection Sm203. Eu203. Gd203. Tb407. Dy203. H0203. Er203. Tm203. Yb203. Lu203. Y203

Graphene

“The Wonder Material of the 21st Century for Next Generation Defence Systems”

Light Weight Protection | EMI | EMC Resilience | Thermal Management | Advanced Sensing

“ GRAPHENE is a single layer of CARBON ATOMS arranged in a HEXAGONAL lattice. Recognised as one of the Strongest, Lightest, and Most Conductive materials ever discovered, it delivers exceptional Electrical, Thermal, and Mechanical performance. Its unique properties are driving innovation across Energy Storage, Electronics, Aerospace, Defence, Infrastructure, and Next Generation Advanced Materials. “

“ Utilising PROPRIETARY Radio Frequency (RF) and ARC PLASMA TECHNOLOGY, the company sustainably converts methane into high-purity few-layer graphene with up to 99.9% purity. This scalable and cost-effective process supports the production of lightweight, high-strength materials for defence and commercial applications, with an annual manufacturing capacity of up to 200 TONNES. “

Z5 is a cutting-edge electric VTOL fixed wing UAV tailored for demanding military missions.

Z15 a Heavy Payload MALE UAV | R: 4500 km | E: 30h | Vmax: 220km/h for Strategic Reconnaissance & Strike Missions

Z10 a High Speed | Heavy Payload | R:1850 km | Vmax: 223km/h | E: 9/10h | Infrared + Radar Stealth loitering munition system

Z11 a TurboJet | PL: 50kg | MTOW: 190kg | T: 85kg | E: 1.6h | R: 1000km | Vmax: 600km/h | loitering munition system

Z2 -10 Over-The-Horizon Fibre Optic Unmanned Combat System

Z1 High-Performance Man-Portable Counter-Drone Interceptor

Z2i Portable C - UAS Interceptor System | AI Powered Tracking | High-Power Low Latency VTX | Jamming Proof | Vmax 420km

Security | Portable Patrol + Response | Versatile Thermal

Search Rescue | Fire Fighting | Emergency | Law Enforcement

Asset Protection | Robust Visual | Thermal Inspection Solution

AI Intelligent Electro-Optical Pod

  • ZQD-170TC

    2 Axis 3 Sensors EO/IR Pod. Integrating A 30 × Optical Zoom Visible-Light Camera, 1280 Resolution Long-Wave Uncooled Thermal Imaging & A Laser Range Finder, With AI Object Recognition, Anti-Latency Processing & Multi-Target Tracking For Imaging, Detection, Tracking & Identification Of Ground Targets Across Inspection, Emergency Response, Law Enforcement & Security Operations.

  • ZQP-125TB

    3 Axis Gyro Stabilised 3 Sensors Gimbal Integrating 30 × Optical Zoom TV, Long-Wave Uncooled Thermal Imaging, AI Object Recognition, Anti-Latency Processing & Multi-Target Tracking For Imaging, Detection, Tracking & Identification Of Ground Targets Across Inspection, Emergency Response, Law Enforcement & Security Operations.

  • ZXQ-155T

    2 Axis, 2 Frame Gyro Stabilised 3 Sensor EO/IR Pod With Compact Integrated Design, Featuring A 30 × Optical Zoom TV Camera, Long-Wave Uncooled Thermal Imaging, AI Object Recognition, Anti-Latency Processing & Multi-Target Tracking For Imaging, Detection, Tracking & Identification Of Ground Targets Across Inspection, Emergency Response, Law Enforcement & Security Operations.

  • ZQG-330Q

    4 Axis 4 Sensors EO/IR Pod. 4 Axis Gyro-Stabilised 4 Sensors EO/IR Payload Featuring Optical Zoom TV, SWIR, Cooled MWIR Imaging & Laser Designator, Designed For Manned & Unmanned Aerial Platforms For Surveillance, Tracking, Identification & Targeting In Inspection, Emergency Response, Law Enforcement & Security Missions.

  • ZSQ-155T

    2 Axis, 2 Frame Gyro Stabilised 3 Sensors EO/IR System With Compact Integrated Design, Featuring A 30× Optical Zoom TV Camera, Long-Wave Uncooled Thermal Imaging, AI Object Recognition, Anti-Latency Processing & Multi-Target Tracking For Imaging, Detection, Tracking & Identification Of Ground Targets Across Inspection, Emergency Response, Law Enforcement & Security Operations.

Meet ‘X’ All Terrain Robotic Dog

Meet ‘X’ + ’Z’ Reconnaissance + Strike Quadruped Robotic Dog

Driven by curiosity and built on purpose, this is where bold thinking meets thoughtful execution. Let’s create something meaningful together.

Even The Most Powerful Need Protection 强者亦需守护

Sentry APC a multi terrain tactical vehicle deployed by the UN.

  • Diagram of a vehicle showing various armor and protection features, including armored bulkhead, overlap system, ballistic glass, battery and ECM protection, fuel tank protection, 360-degree perimeter protection, reinforced suspension, and runflat system.
  • Diagram showing a modern assault rifle, a hand grenade, and text about their specifications and armor protection.
The word 'Bullet Proof' in white letters with a red and black target symbol on the left, and a bullet placed horizontally above the word.

Protection L2 | L3 | NIJ IIIA

  • Black vest with a V-neck design, button-down front, and multiple pockets.
  • A black vest with buttons and multiple pockets, displayed against a white background.
  • Black backpack seen from the back with a padded section and velcro strap
  • Chart comparing different rifle cartridges, illustrating their levels of rifle protection and handgun protection, with images of various bullets representing each cartridge.

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Redefine Military Consultations with us

Step into the future of military consultations. Connect with our elite team of experts to engage in pioneering discussions, gain strategic foresight, and explore cutting-edge demo demonstrations. We offer tailored solutions designed to transform military engagements and drive innovation. Whether you need advanced materials for next-generation applications or expert guidance on strategic military innovation, contact us today to redefine the future of military advancements.

Discover Our Unique REE | RMs Showroom

We are proud to be among the world's pioneers with a unique offering: a dedicated showroom located in the heart of East Asia - Macao. Our showroom features an unparalleled selection of rare earth elements in diverse forms, including raw materials, ingots, rods, sheets, wires, and powders. These materials are specifically tailored to meet the needs of various industries and applications, making our collection an essential resource for innovation and advanced solutions.

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