PRODUCTS

Rare Earth Metals & Alloys

Annual output of rare-earth metal up to 8,500 tons.

2 pyrogenic processing lines and 2 wet processing lines.

35,000 squared  meters smelting workshop.

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Produced by fused-salt-electrolysis using Nd2O3 and Pr6O11as raw materials. Application: Used as raw material for NdFeB permanent magnetic materials. lt is mainly used as raw materials for NdFeB permanent magnetic materials.

Produced by method of fused-salt-electrolysis using dysprosium oxide as raw materials. Application: It is mainly used as raw materials for NdFeB permanent magnetic materials.

La-Ce alloy is produced by fused-salt-electrolysis using La2O3 and CeO2 as raw materials magnetic materials.

Used as pipe materials for nuclear reactor, actuating medium for magnetic refrigeration, magneto-optical-recording material and non-ferrous alloying additive.

Used as magnetostriction alloying element, magneto-optical-recording materials and non-ferrous alloying additives.

Produced by the method of calcium-thermal-reduction using Dyrosium as raw materials. Application: Mainly used in NdFeB alloy, magnetostriction alloy and magneto-optical-recording materials.

A component in misch-metal (German for mixed–metal), which is used in the manufacture of: • Pyrophoric alloys for cigarette lighters. • Making aluminium alloys and in some steels and irons. • In cast iron it opposes graphitisation and produces a malleable iron • In steels it removes sulphides and oxides and completely degasifies. • In stainless steel it is used as a precipitation-hardening agent. • In magnesium alloys for castings it is used from anywhere between 3 to 4% with 0.2 to 0.6% zirconium, both of these refine the grain and give sound casting of complex shapes. It also adds heat resistance to magnesium castings.

Raw material for NdFeB permanent magnets.

Ferrocerium Rods & Flints

Annual output of blank ferrocerium up to 700 tons.

3 extrusion lines.

11,000 squared meters workshop.

Custom make irregular shape ferrocerium part is our strength.

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  • Sparks temperature: 5,500F (3,000C) 
 

  • Sparks temperature: 5,500F (3,000C) 
 

 

  • Over 15,000 strikes!
  • WORKS IN ANY CONDITIONS: rain, snow, high-altitude, ultra-durable. Made of high-effective ferrocerium rod.
  • Sparks shower at 5,500F (3,000C) to ignite a fire in any weather (even wet), at any altitude.
 

 

  • Over 15,000 strikes!
  • WORKS IN ANY CONDITIONS: rain, snow, high-altitude, ultra-durable. Made of high-effective ferrocerium rod.
  • Sparks shower at 5,500F (3,000C) to ignite a fire in any weather (even wet), at any altitude.
 

 

  • Over 15,000 strikes!
  • WORKS IN ANY CONDITIONS: rain, snow, high-altitude, ultra-durable. Made of high-effective ferrocerium rod.
  • Sparks shower at 5,500F (3,000C) to ignite a fire in any weather (even wet), at any altitude.
 

 

  • Over 18,000 strikes!
  • WORKS IN ANY CONDITIONS: rain, snow, high-altitude, ultra-durable. Made of high-effective ferrocerium rod.
  • Sparks shower at 5,500F (3,000C) to ignite a fire in any weather (even wet), at any altitude.
 

Survival Fire Starters

Design Utility

Precision Craftsmanship

Safe and Reliable

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  • Practical Fire Starter – easy to light a fire, take into any backpack.
  • Carbide Steel Striker – high performance to generate sparks.
  • Rounded Edge Striker – Safe and durable.
  • Striker With Saw Teeth – more uses when emergency.

  • Waterproof Storage – Plenty of storage for tinder, spare ferrocerium rods, and survival kits.
  • Ceramic Striker – Built-in ceramic striker is harder than carbide steel, never dulls, and is safe but sharp enough to effortlessly generate showers of sparks.
  • Unbreakable – Near indestructible body CNC machined from aircraft grade aluminum.
  • Lifetime of Use – With threaded ferro rod easily replace worn or broken ferro rods for a lifetime of use.
  • Extra Features – Built-in magnetic compass and mini ruler.