6mm ID Pressing Die Set w/ 2 Push Rods

6mm Trapezoidal Split Sleeve Dry Pressing Die Set

This 6mm trapezoidal split sleeve die set is designed for efficient and precise pellet pressing, allowing you to produce 6mm diameter cylinder-shaped pellets with ease. Its split sleeve design simplifies sample release, making it ideal for samples that tend to stick to inner surfaces.

Key Features:

• Precision Pellet Formation: Creates accurate 6mm diameter pellets with a smooth finish.
• Trapezoidal Inner Sleeves: Designed to prevent sticking and streamline sample removal with the pellet ejector.
• Durable Material: Made from W18Cr4V hardened carbon tool steel for longevity and high performance.
• Pressure Tolerance: Supports up to 4 tons of pressure for a variety of applications.
• Lightweight and Compact: Weighs only 1.5 lbs, making it portable and easy to handle.
• High Tolerance: Ensures accuracy with a tolerance range of 0.01-0.02 mm (10-20 microns).

Die Set Includes:

• Four 6mm diameter highly polished core dies
• One outer sleeve with trapezoidal inner wall
• Three trapezoidal inner sleeves
• One support plate
• Two push rods
• One pellet ejector

Technical Specifications:

• Maximum Pressure: 4 tons (8,818 lbs)
• Rockwell Hardness: Rc 62
• Inner Diameter: 6 mm
• Sleeve Height: 25 mm
• Outer Diameter (sleeve): 35 mm
• Assembled Height (without sample): 50 mm
• Trapezoidal Sleeve OD (top): 17 mm
• Trapezoidal Sleeve OD (bottom): 21 mm
• Weight: 1.5 lbs
• Material: W18Cr4V hardened carbon tool steel

Usage Guidelines:

• Always wear protective goggles and gear during operation.
• Clean all components thoroughly with absolute ethyl alcohol after use, and store the die set in a dry box with silica gel to prevent rusting.
• Avoid filling the die more than 2/3 of its sleeve height with your sample.
• Do not exceed the maximum pressure of 4 tons to prevent damage. Misuse may void the warranty.

Conclusion:

The 6mm trapezoidal split sleeve dry pressing die set is a reliable tool for producing high-quality pellets. Its robust design, precise engineering, and ease of use make it suitable for both laboratory and industrial applications.