 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 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 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 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 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 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 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 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 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 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 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 |  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 |
 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 |
