Home > Dies Mills Press Equipment > Heated/Cooled Pellet Dies

Heated/Cooled Pellet Dies

Heated/Cooled Pellet Dies

REFLEX Analytical's ingenuity and engineering continues to develop new products for the industrial and laboratory communities. Its patent pending Heated/Cooled Pellet Die permits fabricating pellets under high pressures and at temperatures between -4 to +212 degrees F (-20 to +100 degrees C). An ideal solution when electrically heated and cooled devices are prohibited.

Attaching 1/4" tubing from a heated/cooled circulating bath to the die jacket's inlet/outlet ports provides for integrated liquid heating and cooling capability. Each assembly includes an evacuable port which can also be utilized to introduce a thermocouple couple to accurately monitor and control the die temperature at the sample area prior to evacuation.

The dies are commonly used with our series of laboratory presses. Each die component is precision manufactured from hardened 440C stainless steel. The assembly includes a black anodized heating/cooling jacket, die chamber, vacuum base, (2) polished anvils, plunger, (2) vacuum o-rings, extractor ring and operating instructions. Scroll below and order from the list of standard and custom circular pellet die sizes.

A couple of options are available and can be ordered separately. They include tungsten carbide anvils and a vacuum pump. Tungsten carbide anvils are ideal for hard or abrasive powdered sample materials which may tend to mar the surface of stainless steel anvils. The evacuable design feature with the use of a small lab oil-less vacuum pump permits easy installation of anvils and plunger without the vacuum resistance normally associated with non-evacuable dies. A vacuum pump is recommended to assist with the production of moisture free pellets.

CLICK HERE to preview other solid and semi-solid sampling accessories such as evacuable pellet dies and pellet molds, XRF dies, heated dies, manual and auto lab presses, polymer film makers, and much more.

5mm Heated Cooled Pellet Die

5mm Heated Cooled Pellet Die

Precision manufactured from hardened 440C stainless steel. The assembly includes a black anodized heating/cooling jacket, die chamber, a removable base with a vacuum attachment, (2) polished anvils, plunger, (2) vacuum o-rings, extractor ring and operating instructions.

Attaching 1/4" tubing from a heated/cooled circulating bath to the die jacket's inlet/outlet ports provides for integrated liquid heating and cooling capability at temperatures between -4 to +212 degrees F (-20 to +100 degrees C).

Optional: Tungsten Carbide Anvils

Die Chamber Height Without Sample: 31mm

Each Die Anvil Thickness: 5.50mm

Maximum Height In Die Chamber For Uncompressed Sample Matrix Using Two Anvils: 14mm (accounts for locating die plunger 6mm into die chamber)

Maximum Height In Die Chamber For Uncompressed Sample Matrix Using One Anvil: 19.50mm (accounts for locating die plunger 6mm into die chamber)

Maximum Load: 2 Tons

Tips

- typically the sample pellet is fabricated between two anvils although one anvil can be used to fabricate a thicker sample pellet.

- allow 6mm minimum to locate the die plunger into the die chamber in order to follow the die chamber wall.

- the evacuable design feature with the use of an oil-less vacuum pump permits easy installation of anvils and plunger without the vacuum resistance normally associated with non-evacuable dies due to the precision fabrication and tight tolerances to mitigate flashing of the powdered sample matrix during pellet fabrication.

Operating Instructions CLICK HERE

$1,995.00

6mm Heated Cooled Pellet Die

6mm Heated Cooled Pellet Die

Precision manufactured from hardened 440C stainless steel. The assembly includes a black anodized heating/cooling jacket, die chamber, a removable base with a vacuum attachment, (2) polished anvils, plunger, (2) vacuum o-rings, extractor ring and operating instructions.

Attaching 1/4" tubing from a heated/cooled circulating bath to the die jacket's inlet/outlet ports provides for integrated liquid heating and cooling capability at temperatures between -4 to +212 degrees F (-20 to +100 degrees C).

Optional: Tungsten Carbide Anvils

Die Chamber Height Without Sample: 31mm

Each Die Anvil Thickness: 5.50mm

Maximum Height In Die Chamber For Uncompressed Sample Matrix Using Two Anvils: 14mm (accounts for locating die plunger 6mm into die chamber)

Maximum Height In Die Chamber For Uncompressed Sample Matrix Using One Anvil: 19.50mm (accounts for locating die plunger 6mm into die chamber)

Maximum Load: 2 Tons

Tips

- typically the sample pellet is fabricated between two anvils although one anvil can be used to fabricate a thicker sample pellet.

- allow 6mm minimum to locate the die plunger into the die chamber in order to follow the die chamber wall.

- the evacuable design feature with the use of an oil-less vacuum pump permits easy installation of anvils and plunger without the vacuum resistance normally associated with non-evacuable dies due to the precision fabrication and tight tolerances to mitigate flashing of the powdered sample matrix during pellet fabrication.

Operating Instructions CLICK HERE

$1,995.00

8mm Heated Cooled Pellet Die

8mm Heated Cooled Pellet Die

Precision manufactured from hardened 440C stainless steel. The assembly includes a black anodized heating/cooling jacket, die chamber, a removable base with a vacuum attachment, (2) polished anvils, plunger, (2) vacuum o-rings, extractor ring and operating instructions.

Attaching 1/4" tubing from a heated/cooled circulating bath to the die jacket's inlet/outlet ports provides for integrated liquid heating and cooling capability at temperatures between -4 to +212 degrees F (-20 to +100 degrees C).

Optional: Tungsten Carbide Anvils

Die Chamber Height Without Sample: 31mm

Each Die Anvil Thickness: 5.50mm

Maximum Height In Die Chamber For Uncompressed Sample Matrix Using Two Anvils: 14mm (accounts for locating die plunger 6mm into die chamber)

Maximum Height In Die Chamber For Uncompressed Sample Matrix Using One Anvil: 19.50mm (accounts for locating die plunger 6mm into die chamber)

Maximum Load: 5 Tons

Tips

- typically the sample pellet is fabricated between two anvils although one anvil can be used to fabricate a thicker sample pellet.

- allow 6mm minimum to locate the die plunger into the die chamber in order to follow the die chamber wall.

- the evacuable design feature with the use of an oil-less vacuum pump permits easy installation of anvils and plunger without the vacuum resistance normally associated with non-evacuable dies due to the precision fabrication and tight tolerances to mitigate flashing of the powdered sample matrix during pellet fabrication.

Operating Instructions CLICK HERE

$1,995.00

10mm Heated Cooled Pellet Die

10mm Heated Cooled Pellet Die

Precision manufactured from hardened 440C stainless steel. The assembly includes a black anodized heating/cooling jacket, die chamber, a removable base with a vacuum attachment, (2) polished anvils, plunger, (2) vacuum o-rings, extractor ring and operating instructions.

Attaching 1/4" tubing from a heated/cooled circulating bath to the die jacket's inlet/outlet ports provides for integrated liquid heating and cooling capability at temperatures between -4 to +212 degrees F (-20 to +100 degrees C).

Optional: Tungsten Carbide Anvils

Die Chamber Height Without Sample: 31mm

Each Die Anvil Thickness: 5.50mm

Maximum Height In Die Chamber For Uncompressed Sample Matrix Using Two Anvils: 14mm (accounts for locating die plunger 6mm into die chamber)

Maximum Height In Die Chamber For Uncompressed Sample Matrix Using One Anvil: 19.50mm (accounts for locating die plunger 6mm into die chamber)

Maximum Load: 7 Tons

Tips

- typically the sample pellet is fabricated between two anvils although one anvil can be used to fabricate a thicker sample pellet.

- allow 6mm minimum to locate the die plunger into the die chamber in order to follow the die chamber wall.

- the evacuable design feature with the use of an oil-less vacuum pump permits easy installation of anvils and plunger without the vacuum resistance normally associated with non-evacuable dies due to the precision fabrication and tight tolerances to mitigate flashing of the powdered sample matrix during pellet fabrication.

Operating Instructions CLICK HERE

$1,995.00

13mm Heated Cooled Pellet Die

13mm Heated Cooled Pellet Die

Precision manufactured from hardened 440C stainless steel. The assembly includes a black anodized heating/cooling jacket, die chamber, a removable base with a vacuum attachment, (2) polished anvils, plunger, (2) vacuum o-rings, extractor ring and operating instructions.

Attaching 1/4" tubing from a heated/cooled circulating bath to the die jacket's inlet/outlet ports provides for integrated liquid heating and cooling capability at temperatures between -4 to +212 degrees F (-20 to +100 degrees C).

Optional: Tungsten Carbide Anvils

Die Chamber Height Without Sample: 31mm

Each Die Anvil Thickness: 5.50mm

Maximum Height In Die Chamber For Uncompressed Sample Matrix Using Two Anvils: 14mm (accounts for locating die plunger 6mm into die chamber)

Maximum Height In Die Chamber For Uncompressed Sample Matrix Using One Anvil: 19.50mm (accounts for locating die plunger 6mm into die chamber)

Maximum Load: 10 Tons

Tips

- typically the sample pellet is fabricated between two anvils although one anvil can be used to fabricate a thicker sample pellet.

- allow 6mm minimum to locate the die plunger into the die chamber in order to follow the die chamber wall.

- the evacuable design feature with the use of an oil-less vacuum pump permits easy installation of anvils and plunger without the vacuum resistance normally associated with non-evacuable dies due to the precision fabrication and tight tolerances to mitigate flashing of the powdered sample matrix during pellet fabrication.

Operating Instructions CLICK HERE

$1,795.00

16mm Heated Cooled Pellet Die

16mm Heated Cooled Pellet Die

Precision manufactured from hardened 440C stainless steel. The assembly includes a black anodized heating/cooling jacket, die chamber, a removable base with a vacuum attachment, (2) polished anvils, plunger, (2) vacuum o-rings, extractor ring and operating instructions.

Attaching 1/4" tubing from a heated/cooled circulating bath to the die jacket's inlet/outlet ports provides for integrated liquid heating and cooling capability at temperatures between -4 to +212 degrees F (-20 to +100 degrees C).

Optional: Tungsten Carbide Anvils

Die Chamber Height Without Sample: 31mm

Each Die Anvil Thickness: 5.50mm

Maximum Height In Die Chamber For Uncompressed Sample Matrix Using Two Anvils: 14mm (accounts for locating die plunger 6mm into die chamber)

Maximum Height In Die Chamber For Uncompressed Sample Matrix Using One Anvil: 19.50mm (accounts for locating die plunger 6mm into die chamber)

Maximum Load: 15 Tons

Tips

- typically the sample pellet is fabricated between two anvils although one anvil can be used to fabricate a thicker sample pellet.

- allow 6mm minimum to locate the die plunger into the die chamber in order to follow the die chamber wall.

- the evacuable design feature with the use of an oil-less vacuum pump permits easy installation of anvils and plunger without the vacuum resistance normally associated with non-evacuable dies due to the precision fabrication and tight tolerances to mitigate flashing of the powdered sample matrix during pellet fabrication.

Operating Instructions CLICK HERE

$2,095.00

20mm Heated Cooled Pellet Die

20mm Heated Cooled Pellet Die

Precision manufactured from hardened 440C stainless steel. The assembly includes a black anodized heating/cooling jacket, die chamber, a removable base with a vacuum attachment, (2) polished anvils, plunger, (2) vacuum o-rings, extractor ring and operating instructions.

Attaching 1/4" tubing from a heated/cooled circulating bath to the die jacket's inlet/outlet ports provides for integrated liquid heating and cooling capability at temperatures between -4 to +212 degrees F (-20 to +100 degrees C).

Optional: Tungsten Carbide Anvils

Die Chamber Height Without Sample: 48mm

Each Die Anvil Thickness: 9.50mm

Maximum Height In Die Chamber For Uncompressed Sample Matrix Using Two Anvils: 23mm (accounts for locating die plunger 6mm into die chamber)

Maximum Height In Die Chamber For Uncompressed Sample Matrix Using One Anvil: 32.50mm (accounts for locating die plunger 6mm into die chamber)

Maximum Load: 24 Tons

Tips

- typically the sample pellet is fabricated between two anvils although one anvil can be used to fabricate a thicker sample pellet.

- allow 6mm minimum to locate the die plunger into the die chamber in order to follow the die chamber wall.

- the evacuable design feature with the use of an oil-less vacuum pump permits easy installation of anvils and plunger without the vacuum resistance normally associated with non-evacuable dies due to the precision fabrication and tight tolerances to mitigate flashing of the powdered sample matrix during pellet fabrication.

Operating Instructions CLICK HERE

$3,595.00

25mm Heated Cooled Pellet Die

25mm Heated Cooled Pellet Die

Precision manufactured from hardened 440C stainless steel. The assembly includes a black anodized heating/cooling jacket, die chamber, a removable base with a vacuum attachment, (2) polished anvils, plunger, (2) vacuum o-rings, extractor ring and operating instructions.

Attaching 1/4" tubing from a heated/cooled circulating bath to the die jacket's inlet/outlet ports provides for integrated liquid heating and cooling capability at temperatures between -4 to +212 degrees F (-20 to +100 degrees C).

Optional: Tungsten Carbide Anvils

Die Chamber Height Without Sample: 48mm

Each Die Anvil Thickness: 9.50mm

Maximum Height In Die Chamber For Uncompressed Sample Matrix Using Two Anvils: 23mm (accounts for locating die plunger 6mm into die chamber)

Maximum Height In Die Chamber For Uncompressed Sample Matrix Using One Anvil: 32.50mm (accounts for locating die plunger 6mm into die chamber)

Maximum Load: 30 Tons

Tips

- typically the sample pellet is fabricated between two anvils although one anvil can be used to fabricate a thicker sample pellet.

- allow 6mm minimum to locate the die plunger into the die chamber in order to follow the die chamber wall.

- the evacuable design feature with the use of an oil-less vacuum pump permits easy installation of anvils and plunger without the vacuum resistance normally associated with non-evacuable dies due to the precision fabrication and tight tolerances to mitigate flashing of the powdered sample matrix during pellet fabrication.

Operating Instructions CLICK HERE

$3,695.00

32mm Heated Cooled Pellet Die

32mm Heated Cooled Pellet Die

Precision manufactured from hardened 440C stainless steel. The assembly includes a black anodized heating/cooling jacket, die chamber, a removable base with a vacuum attachment, (2) polished anvils, plunger, (2) vacuum o-rings, extractor ring and operating instructions.

Attaching 1/4" tubing from a heated/cooled circulating bath to the die jacket's inlet/outlet ports provides for integrated liquid heating and cooling capability at temperatures between -4 to +212 degrees F (-20 to +100 degrees C).

Optional: Tungsten Carbide Anvils

Die Chamber Height Without Sample: 48mm

Each Die Anvil Thickness: 9.50mm

Maximum Height In Die Chamber For Uncompressed Sample Matrix Using Two Anvils: 23mm (accounts for locating die plunger 6mm into die chamber)

Maximum Height In Die Chamber For Uncompressed Sample Matrix Using One Anvil: 32.50mm (accounts for locating die plunger 6mm into die chamber)

Maximum Load: 30 Tons

Tips

- typically the sample pellet is fabricated between two anvils although one anvil can be used to fabricate a thicker sample pellet.

- allow 6mm minimum to locate the die plunger into the die chamber in order to follow the die chamber wall.

- the evacuable design feature with the use of an oil-less vacuum pump permits easy installation of anvils and plunger without the vacuum resistance normally associated with non-evacuable dies due to the precision fabrication and tight tolerances to mitigate flashing of the powdered sample matrix during pellet fabrication.

Operating Instructions CLICK HERE

$3,795.00

35mm Heated Cooled Pellet Die

35mm Heated Cooled Pellet Die

Precision manufactured from hardened 440C stainless steel. The assembly includes a black anodized heating/cooling jacket, die chamber, a removable base with a vacuum attachment, (2) polished anvils, plunger, (2) vacuum o-rings, extractor ring and operating instructions.

Attaching 1/4" tubing from a heated/cooled circulating bath to the die jacket's inlet/outlet ports provides for integrated liquid heating and cooling capability at temperatures between -4 to +212 degrees F (-20 to +100 degrees C).

Optional: Tungsten Carbide Anvils

Die Chamber Height Without Sample: 48mm

Each Die Anvil Thickness: 9.50mm

Maximum Height In Die Chamber For Uncompressed Sample Matrix Using Two Anvils: 23mm (accounts for locating die plunger 6mm into die chamber)

Maximum Height In Die Chamber For Uncompressed Sample Matrix Using One Anvil: 32.50mm (accounts for locating die plunger 6mm into die chamber)

Maximum Load: 30 Tons

Tips

- typically the sample pellet is fabricated between two anvils although one anvil can be used to fabricate a thicker sample pellet.

- allow 6mm minimum to locate the die plunger into the die chamber in order to follow the die chamber wall.

- the evacuable design feature with the use of an oil-less vacuum pump permits easy installation of anvils and plunger without the vacuum resistance normally associated with non-evacuable dies due to the precision fabrication and tight tolerances to mitigate flashing of the powdered sample matrix during pellet fabrication.

Operating Instructions CLICK HERE

$4,895.00

40mm Heated Cooled Pellet Die

40mm Heated Cooled Pellet Die

Precision manufactured from hardened 440C stainless steel. The assembly includes a black anodized heating/cooling jacket, die chamber, a removable base with a vacuum attachment, (2) polished anvils, plunger, (2) vacuum o-rings, extractor ring and operating instructions.

Attaching 1/4" tubing from a heated/cooled circulating bath to the die jacket's inlet/outlet ports provides for integrated liquid heating and cooling capability at temperatures between -4 to +212 degrees F (-20 to +100 degrees C).

Optional: Tungsten Carbide Anvils

Die Chamber Height Without Sample: 48mm

Each Die Anvil Thickness: 9.50mm

Maximum Height In Die Chamber For Uncompressed Sample Matrix Using Two Anvils: 23mm (accounts for locating die plunger 6mm into die chamber)

Maximum Height In Die Chamber For Uncompressed Sample Matrix Using One Anvil: 32.50mm (accounts for locating die plunger 6mm into die chamber)

Maximum Load: 30 Tons

Tips

- typically the sample pellet is fabricated between two anvils although one anvil can be used to fabricate a thicker sample pellet.

- allow 6mm minimum to locate the die plunger into the die chamber in order to follow the die chamber wall.

- the evacuable design feature with the use of an oil-less vacuum pump permits easy installation of anvils and plunger without the vacuum resistance normally associated with non-evacuable dies due to the precision fabrication and tight tolerances to mitigate flashing of the powdered sample matrix during pellet fabrication.

Operating Instructions CLICK HERE

$5,395.00

Custom Heated Cooled Pellet Die

Heated Cooled Pellet Die Custom Diameter Sizes: >5mm up to 16mm (specify diameter)

Includes (4) hardened 440C stainless steel anvils.

Precision manufactured from hardened 440C stainless steel. The assembly includes a black anodized heating/cooling jacket, die chamber, a removable base with a vacuum attachment, (4) polished anvils, plunger, (2) vacuum o-rings, extractor ring and operating instructions.

Attaching 1/4" tubing from a heated/cooled circulating bath to the die jacket's inlet/outlet ports provides for integrated liquid heating and cooling capability at temperatures between -4 to +212 degrees F (-20 to +100 degrees C).

Optional: Tungsten Carbide Anvils

Die Chamber Height Without Sample: 31mm

Each Die Anvil Thickness: 5.50mm

Maximum Height In Die Chamber For Uncompressed Sample Matrix Using Two Anvils: 14mm (accounts for locating die plunger 6mm into die chamber)

Maximum Height In Die Chamber For Uncompressed Sample Matrix Using One Anvil: 19.50mm (accounts for locating die plunger 6mm into die chamber)

Maximum Load: 2 Tons >5mm - <8mm, 5 Tons >8mm – <10mm, 7 Tons >10mm – <13mm, 10 Tons >13mm – <16mm

Tips

- typically the sample pellet is fabricated between two anvils although one anvil can be used to fabricate a thicker sample pellet.

- allow 6mm minimum to locate the die plunger into the die chamber in order to follow the die chamber wall.

- the evacuable design feature with the use of an oil-less vacuum pump permits easy installation of anvils and plunger without the vacuum resistance normally associated with non-evacuable dies due to the precision fabrication and tight tolerances to mitigate flashing of the powdered sample matrix during pellet fabrication.

Operating Instructions CLICK HERE

$5,695.00

Custom Heated Cooled Pellet Die

Heated Cooled Pellet Die Custom Diameter Sizes: >16mm up to 40mm (specify diameter)

Includes (4) hardened 440C stainless steel anvils.

Precision manufactured from hardened 440C stainless steel. The assembly includes a black anodized heating/cooling jacket, die chamber, a removable base with a vacuum attachment, (4) polished anvils, plunger, (2) vacuum o-rings, extractor ring and operating instructions.

Attaching 1/4" tubing from a heated/cooled circulating bath to the die jacket's inlet/outlet ports provides for integrated liquid heating and cooling capability at temperatures between -4 to +212 degrees F (-20 to +100 degrees C).

Optional: Tungsten Carbide Anvils

Die Chamber Height Without Sample: 48mm

Each Die Anvil Thickness: 9.50mm

Maximum Height In Die Chamber For Uncompressed Sample Matrix Using Two Anvils: 23mm (accounts for locating die plunger 6mm into die chamber)

Maximum Height In Die Chamber For Uncompressed Sample Matrix Using One Anvil: 32.50mm (accounts for locating die plunger 6mm into die chamber)

Maximum Load: 15 Tons >16mm – <20mm, 24 Tons >20mm – <25mm, 30 Tons >25mm – <40mm

Tips

- typically the sample pellet is fabricated between two anvils although one anvil can be used to fabricate a thicker sample pellet.

- allow 6mm minimum to locate the die plunger into the die chamber in order to follow the die chamber wall.

- the evacuable design feature with the use of an oil-less vacuum pump permits easy installation of anvils and plunger without the vacuum resistance normally associated with non-evacuable dies due to the precision fabrication and tight tolerances to mitigate flashing of the powdered sample matrix during pellet fabrication.

Operating Instructions CLICK HERE

$7,295.00