13mm Hardened Steel Dry Vacuum Pressing Die Set
This high-performance 13mm diameter die set is designed for pellet presses operating under vacuum conditions, ensuring precise, cylinder-shaped pellets with superior quality and consistency.
Key Features:
-
Vacuum-Compatible: Includes a vacuum connector to maintain a controlled environment while forming pellets.
-
Durable Construction: Crafted from W18Cr4V hardened carbon tool steel for the core die and push rod, and Cr12 hardened carbon mold steel for the sleeve, ejector, and support for long-lasting, reliable use.
-
Precision Engineering: Tight tolerance of 0.01-0.02 mm ensures high-quality pellet formation.
-
Comprehensive Set: Comes complete with all necessary components, including rubber sealing o-rings to ensure an airtight vacuum seal.
Die Set Includes:
- Two 13mm ID core dies made of highly polished hardened steel
- One steel sleeve with vacuum connector
- One steel support plate
- One pushing rod
- Rubber sealing o-rings
- One steel cylinder pellet ejector
Specifications:
-
Maximum Pressure: 15 tons
-
Rockwell Hardness: Rc 62
-
Diameter (ID): 13 mm
-
Sleeve Height: 40 mm
-
Sleeve Diameter (OD): 39 mm
-
Assembled Height (without sample): 75 mm
-
Tolerance: 0.01-0.02 mm (10-20 micron)
-
Material:
-
Core Die & Push Rod: W18Cr4V hardened carbon tool steel
-
Sleeve, Ejector & Support: Cr12 hardened carbon mold steel
Important Instructions:
- Always wear protective goggles and gear during operation to ensure safety.
- Clean the die set thoroughly with absolute ethyl alcohol after each use and store it in a dry box with silica gel to prevent rust.
- Do not fill the die more than 1/3 of its sleeve height with your sample to prevent overloading.
- Do not apply pressure beyond 15 tons to avoid damaging the die set.
Conclusion: This 13mm hardened steel dry vacuum pressing die set is engineered for high-precision pellet production under vacuum conditions, ensuring reliability and durability for your pelletizing operations. Perfect for achieving high-quality pellets with tight tolerances.