Pellet Die set for making 10 mm (~5/8 inch) pellets from powders.
With your die set order we’ll include:
- Die sleeve
- Plunger rod
- 2 x spacers
- Base plate
- Aluminium release ring with cutout for viewing pellet during release
Shipping: Free fast shipping across USA and Canada
Material: hardened tool steel (Rockwell hardness >C60) polished to a high tolerance fit.
10 mm (1 cm) Pellets can be used for the preparation of KBr pellet for FTIR as well as a large variety of other lab applications, with increasing application in biomedical and energy storage researchers. Whatever application you need this versatile size for - the superior surface finish on our 10 mm Pellet Press Die Set (as with all our pellet die sets) will make our die set the right choice for long lasting trouble free performance. If you don't have a hydraulic press around the lab, you can use manual arbor pressed to exert sufficient force for compaction on these dies.
Die made of hardened tool steel (Rockwell hardness >C60) for long lasting trouble free performance. Sleeve is polished to high tolerances to allow the hardened tool steel plunger to slide through perfectly. Plunger and spacers are made from high yield strength steel, machined and polished to high tolerance for the perfect fit. Interior surfaces ground to mirror-like finish.
For an animation of die assembly, powder pressing and release click here.
| Yield Strength Hardened Steel | 80,000 psi (550 MPa) |
| Recommended max loading @ 50 % | 40,000 psi (275 MPa) |
| Recommended max force | 4850 lb (2.4 ton, 22.6 kN) |
| Typical force for quality pellets | 610-1825 lb (0.3-0.9 ton) |
| Die sleeve inner diameter | 10 mm (0.39 inch) |
| Die sleeve height | 50 mm (1.97 inch) |
| Die sleeve outer diameter | 45 mm (1.77 inch) |
| Assembled height with spacers (w/o powder)* | 100 mm (3.94 inch) |
| Assembled height no spacers (w/o powder)* | 84 mm (3.31 inch) |
*If making thicker pellets, the die set can operate just the same without spacers.
Safety:
- Always wear googles and safety protection equipment
- Clean well after use to prevent rusting.
- Do not apply pressure beyond shown on table.
- See our tips for making perfect pellets here.
D2 Tool Steel. For most pellets this material will be perfect for the job. Hardened D2 tool steel (Rockwell hardness >C60) for long lasting trouble free performance. The sleeve is polished to high tolerance to allow hardened tool steel plunger to slide through perfectly. Plungers and spacers are made from high yield strength steel, machined and polished to high tolerance for the perfect fit. Interior surfaces are ground to mirror-like finish. Release ring is made of aluminum.
Stainless steel. For a die set with great corrosion resistance and with for those heating for heating their dies up to max 250°C (482°F), this is a great choice. Stainless steel is a more expensive starting material and is slower to machine which leads than a slightly higher costs than our regular die sets. Our stainless die sets are heat treated for high hardness (~58) and have extremely high strength (160, 000 psi).
| Die sleeve inner diameter | 10 mm (0.39 inch) |
| Die sleeve outer diameter | 45 mm (1.77 inches) |
| Typical force for quality pellets | 610-1825 lb (0.3-0.9 ton) |
| 50mm height | 90mm height | |
| Die sleeve height | 50 mm (1.96 inches) | 90mm (3.54 inches) |
| Assembled height with spacers (w/o powder)* | 104 mm (4.10 inches) | 144 mm (5.70 inches) |
| Assembled height no spacers (w/o powder)* | 84 mm (3.30 inches) | 124 mm (4.90 inches) |
| Typical Max pellet length** | 25.4mm (1 inch) | 50.8mm (1.97 inch) |
| D2 Tool Steel | Stainless Steel | |
| Yield Strength Hardened Steel | 80,000 psi (550 MPa) |
160,000 psi (1100 MPa) |
| Recommended max loading (@ 50%) | 40,000 psi (275 MPa) | 80,000 psi (550 MPa) |
| Recommended max force |
4850 lb (2.4 ton, 22.6 kN)
|
9700 lb (4.8 tons, 45.2 kN) |
| Typical force for quality pellets | 610-1825 lb (0.3-0.9 ton) |
*If making thicker pellets, the die set can operate just the same without spacers.
**Pending on the material you are pressing with and the method of loading the die set.
Recommended max force = Is the maximum force you can put the die set under. This includes a 50% safety margin which is industry standard.
Typical force for quality pellets = This is the range we recommend using that will get you a great pellet and is much less than the recommended max force.