Ammunition Tooling & Custom Carbide Dies
We can provide tooling and services for ammunition producers in a variety of applications, including:
Steel casings
Sleeves
Fillers
Backing nuts
Carbide inserts
Steel inserts
Pins
Knock outs
Punch casings
Transfer fingers
Feed wheels
Impact dies
Quills
Cut off knives
Die block holders
Crimping dies
Lujan dies etc.
Ammunition tools
Today's rapidly changing world brings new challenges to production. For SPP CARBIDE, product diversification is essential, one of which is the supply of products for the military industry.
We produce tungsten carbide and hardened steel tooling for ammunition manufacturing in China and sell them all over the world, and we have 15 years of experience in supplying high-quality ammunition tools to Russia's largest ammunition manufacturing company. Ammunition tooling generally consists of a tungsten carbide core and a tool steel casing. We also produce integral tungsten carbide punches, special inserts and more.
OEM or ODM Ammunition Tools, Tungsten Carbide Tools, Technical Ceramic Tools, Hardened Steel Tools，Carbide Dies.
Used in ammunition manufacturing, arms manufacturing, military industry, etc.
Related products
Carbide Battery Tooling & Stamping Die Parts
SPP CARBIDE, LLC provides high precision tungsten carbide tooling, custom carbide component services. The company has been providing precision tooling for battery manufacturing for 10 years, and with the latest developments in the lithium battery field requiring a large number of tungsten carbide tools, SPP CARBIDE is the best choice.
Some examples of tungsten carbide tools for battery manufacturing:
-Lithium battery slitting blade
-Carbide special inserts
-Carbide punches
-Carbide matrix
-Carbide concave moulds
-Tungsten Carbide Dies
-Stamping punches and dies
-Carbide Punches and Dies
-Cut-Edge Rings
-Draw Dies
-Forming Punches
-Trimming Dies
-Stamping Dies
-Core Rods
-Carbide Wire Guides
-Cavities and Cores
-Sliders and Core Pins
OtherPot & Plunge for Semiconductor Packaging Tooling
We supply mould components for semiconductor packaging, integrated circuits, they are completed with carbide, technical ceramics, hardened tool steel.
Typical products:
Strip Cavity
Pot & Plunger
Ejector Pins
Cavity QFP
Cavity - T2R
Cavity - SFLAT
Cavity - QFN
Cavity - ESOP
Tungsten Carbide Speciality Inserts
Mould Inserts
Punch & Matrix
Guidance elements, etc.Tungsten Carbide Die and Plugs Machining
Tungsten carbide mandrels and plugs/dies.
Mandrels and Plugs/dies.
Description:
We can manufacture mandrels and plugs from steel/carbide or integral tungsten carbide. The steel/carbide mandrels can be mechanically assembled or brazed together.
Applications:
Mandrels and plugs are used to form and size the inside diameter of tubes. These can be held in place using rods, which are usually threaded into the mandrel assembly. Other mandrels simply "float" in the tube and are held in place by a pulling process.
Configuration:
Brazed mandrels
Sleeve type mandrels
Floating PlugCustom Machining Ammunition & Firearms Tooling Carbide Dies
We manufacture tungsten carbide tooling and dies for ammunition and gun tooling, Draw Dies, Profiles, Underfire stamping dies, Bullet Dies, Punches, Forged Tooling, AP Cores, Cartridge Drawing Die etc.
SPP INDUSTRY aims to produce the highest quality tooling for the manufacture of ammunition tools, combining the new carbide and hardened steel steels. A high precision CNC grinding centre for the machining of correctly shaped tip shapes with a mirror polished finish replaces the traditional hand polishing process.
Grinding and polishing of the internal contours of all construction matrices is performed only once, with perfect tangency between cone and radius.
SPP Industry Ltd.
In the 1990s, SPP Industry Ltd was one of the first manufacturers to establish CNC machining in China. The company has now established five major machine parks in China, with significant achievements in the areas of 5-axis machining, precision grinding & honing, gear machining, large parts machining, custom tungsten carbide and new material development respectively.
