Rectangular Die for Pressing Tablets 81-200mm HMF
Rectangular Die for Pressing Tablets Features
The HMF series rectangular pellet die is a highly versatile tool for laboratory powder sample molding, capable of producing rectangular, square, triangular, columnar, or other solid shapes. Designed for use with a hydraulic press, it can compress powders such as potassium bromide, sodium chloride, silicon dioxide, zirconia, alumina, and other materials into precise solid forms for scientific research.
This high-performance pellet die is widely applied in scientific research, teaching, catalysis, testing, pharmaceutical studies, chemical experimentation, and new material development. It offers a reliable and cost-effective alternative to imported dies. For applications requiring specific shapes and dimensions, the Square Pressing Dies series provides customizable options to meet diverse laboratory requirements.
Product Description
Model | HMF | |||
Sample size | 81-90mm | 91-100mm | 101-150mm | 151-200mm |
Dies material | 9Cr18 | |||
Indentation hardness | HRC58 | |||
Cavity depth | 60mm | |||
Size | 160×140mm | |||
Weight | 40-80Kg |
This product can be customized or improved according to customer requirements.
Operating Procedure
Rectangular splicing molds are suitable for large square samples.
They are characterized by being lighter than ordinary square molds, smaller in size, and compatible with smaller hydraulic presses.
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Assemble the square splicing mold.
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Load the sample into the mold cavity.
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Spread the sample evenly and insert the pressure rod.
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Place the splicing mold into the hydraulic press.
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Start pressurizing according to the program.
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Remove the splicing mold.
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Disassemble the splicing mold.
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Take out the pressed sample.
About Hench
Hench is a professional Laboratory Equipment Supplier specializing in precision dies and laboratory instruments. Hench delivers tailored solutions and technical support, enabling laboratories to achieve consistent, high-quality results efficiently. Our products are trusted worldwide in materials science, pharmaceutical research, chemical analysis, and advanced educational applications.