Cell Lab split type dry pellet pressing die set — stainless steel, large-diameter cavity for ceramics, metals & spectroscopy pellet preparation.
Cell Lab split type dry pellet pressing die set — stainless steel, large-diameter cavity for ceramics, metals & spectroscopy pellet preparation.

Cell Lab 3-100 mm Split Type Dry Pellet Pressing Die Sets

Cell Lab Split Type Dry Pellet Pressing Die Sets [3 mm–100 mm | High-Precision Dies for Ultrafine Powder Compaction] Precision split-type pressing dies for cylindrical powder samples, especially suitable for fine and ultrafine powder compaction General Description The Cell Lab...
Vendor: Cell Lab
SKU: CL1014
Product type: Pellet Press Die Set
£599.00
£599.00
Reference Sample Size: Φ2 mm
Subtotal: £599.00
Description
Description
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Cell Lab Split Type Dry Pellet Pressing Die Sets [3 mm–100 mm | High-Precision Dies for Ultrafine Powder Compaction]

Precision split-type pressing dies for cylindrical powder samples, especially suitable for fine and ultrafine powder compaction

General Description

The Cell Lab Split Type Cylindrical Pellet Pressing Die Sets are designed for preparing cylindrical specimens from a wide range of powder materials. Available for sample diameters ranging from 3 mm to 100 mm, these dies support laboratory sample preparation for materials research, powder compaction and analytical testing.

Manufactured from Cr12MoV alloy tool steel with an indenter hardness of HRC 60–62, the die sets are engineered for demanding laboratory pressing applications. The split-type construction facilitates demoulding and helps reduce the risk of damaging fragile or brittle pellets during removal.

These dies are particularly recommended for powders with particle sizes below 400 mesh, or in the micrometre-size range, where conventional pressing dies may be more susceptible to powder blockage. The split design helps improve sample release and supports more convenient preparation of fine and ultrafine powder specimens.

Multiple cavity diameter ranges, cavity depths and die dimensions are available to accommodate different sample sizes and laboratory pressing requirements.

Key Features

  • Wide Sample Diameter Range — Available for cylindrical samples with diameters from 3 mm to 100 mm, supporting both small-scale research and larger specimen preparation.
  • Split-Type Construction — The separable die design facilitates pellet removal and helps minimise cracking or damage during demoulding.
  • Cr12MoV Alloy Tool Steel — Manufactured from alloy tool steel with an indenter hardness of HRC 60–62 for laboratory pressing applications.
  • Especially Suitable for Fine and Ultrafine Powders — Recommended for powders with particle sizes below 400 mesh to help reduce the risk of die blockage.
  • Multiple Cavity Depths and Configurations — Different die dimensions, reference sample sizes and cavity depths are available according to the selected diameter range.

Technical Specifications

Parameter Specification
Product Type Split Type Cylindrical Pellet Pressing Die Set
Sample Shape Cylindrical
Sample Diameter Range 3–100 mm, depending on configuration
Die Material Cr12MoV Alloy Tool Steel
Indenter Hardness HRC 60–62
Operation Powder pressing
Recommended Application Fine and ultrafine powder sample preparation
Particle Size Recommendation Split-type die recommended for powders below 400 mesh or in the micrometre-size range

Available Configurations

Sample Diameter Range Reference Sample Sizes Cavity Depth Dimensions (L × H) Weight
3–10 mm Ø3, Ø4, Ø5, Ø6, Ø8, Ø10 mm 30 mm Ø43 × 93 mm 0.72 kg
11–20 mm Ø12, Ø13, Ø15, Ø18, Ø20 mm 40 mm Ø53 × 120 mm 1.2 kg
21–40 mm Ø30, Ø40 mm 50 mm Ø73 × 133 mm / Ø95 × 133 mm 3.8 kg / 6.3 kg
41–60 mm Ø50, Ø60 mm 55 mm Ø115 × 150 mm / Ø127 × 150 mm 14 kg / 20 kg
61–100 mm Ø70, Ø80 mm 60 mm Ø153 × 180 mm / Ø180 × 180 mm 30 kg / 40 kg

Note: Dimensions and weights correspond to the configurations listed in the source specifications. Confirm the required sample diameter and matching die configuration before ordering.

Applications & Industries

  • Ultrafine Powder Research — Preparation of compacted specimens from fine and micrometre-scale powders.

  • Battery Materials Research — Forming powder samples for battery material development and characterisation.

  • Ceramics and Advanced Materials — Preparing cylindrical specimens from ceramic and functional powders.

  • Powder Metallurgy — Compacting metal powders for laboratory evaluation.

  • Minerals and Geological Research — Preparing powdered samples for analytical testing.

  • Chemical and Materials Research — Producing cylindrical powder specimens for laboratory experiments and material characterisation.

FAQ

Q1: What sample diameters are available?

The PMK-Y split pressing die series covers sample diameter ranges from 3 mm to 100 mm, depending on the selected configuration.

Q2: Why is a split-type pressing die recommended for ultrafine powders?

The original specifications recommend the split-type die for powders below 400 mesh or in the micrometre-size range to help avoid blockage. Its split construction also facilitates sample removal.

Q3: What material is used to manufacture the die?

The die is manufactured from Cr12MoV alloy tool steel, with an indenter hardness of HRC 60–62.

Q4: What cavity depths are available?

The specified cavity depths are 30 mm, 40 mm, 50 mm, 55 mm and 60 mm, depending on the selected sample diameter range.

Q5: How do I select the correct die configuration?

Select the configuration according to the required pellet diameter, sample quantity, cavity depth and compatibility with your pressing equipment. Confirm the required reference sample size before ordering.

Diagram Of Press Die:

Vdeo Demo

🔗 Product Details: https://youtu.be/7PYHgIHMXAQ

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