Variable Speed Rotor Mill

PULVERISETTE 14

PRODUCT INQUIRY

Collecting vessel with outlet and lid made of stainless steel and labyrinth disk made of aluminium for connecting to FRITSCH Cyclone separators. This collecting vessel with outlet should be used for all standard applications with the impact rotor and sieve ring in combination with the FRITSCH Cyclone separators or for grinding large quantities.
This collecting vessel can also be used for difficult-to-mill and temperature sensitive samples.

PRODUCT INQUIRY

Collecting vessel with lid made of stainless steel and labyrinth disk made of aluminium for batchwise comminution of easy-to-grind materials. This collecting vessel should be used for all standard applications with the impact rotor and sieve ring.
This collecting vessel can also be used for difficult-to-mill and temperature sensitive samples.

PRODUCT INQUIRY

The 6-ribs impact rotor with cooling fins is suitable for fast comminution of fibrous substances with a feed size of < 15 mm.
Impact rotors are also available made of stainless steel 316L and pure titanium.

PRODUCT INQUIRY

The 12-ribs impact rotor with cooling fins is suitable for the grinding of materials with feed size < 10 mm.
Impact rotors are also available made of stainless steel 316L and pure titanium.

PRODUCT INQUIRY

The 24-ribs impact rotor with cooling fins is suitable for the grinding of fine materials with a feed size of < 5 mm.
Impact rotors are also available made of stainless steel 316L and pure titanium.

PRODUCT INQUIRY

Sieve rings determine the final fineness of the sample.
Sieve rings with trapezoidal perforations are suitable for fast comminution of medium hard to soft materials and improve size reduction through extra shearing action.
Sieve rings with round and square perforations are recommended for the comminution of brittle materials for achieving medium finenesses. Sieve rings with round perforation achieve during comminution a smaller grain band.
Sieve rings with square perforation often achieve a higher throughput and the sample residue is less compared to sieve rings with round perforation.

PRODUCT INQUIRY

Sieve rings determine the final fineness of the sample.
Sieve rings with trapezoidal perforations are suitable for fast comminution of medium hard to soft materials and improve size reduction through extra shearing action.
Sieve rings with round and square perforations are recommended for the comminution of brittle materials for achieving medium finenesses.
Sieve rings with round perforation achieve during comminution a smaller grain band. Sieve rings with square perforation often achieve a higher throughput and the sample residue is less compared to sieve rings with round perforation.

PRODUCT INQUIRY

Sieve rings determine the final fineness of the sample.
Sieve rings with trapezoidal perforations are suitable for fast comminution of medium hard to soft materials and improve size reduction through extra shearing action.
Sieve rings with round and square perforations are recommended for the comminution of brittle materials for achieving medium finenesses.
Sieve rings with round perforation achieve during comminution a smaller grain band. Sieve rings with square perforation often achieve a higher throughput and the sample residue is less compared to sieve rings with round perforation.

PRODUCT INQUIRY

Sieve rings determine the final fineness of the sample.
Sieve rings with trapezoidal perforations are suitable for fast comminution of medium hard to soft materials and improve size reduction through extra shearing action.
Sieve rings with round and square perforations are recommended for the comminution of brittle materials for achieving medium finenesses.
Sieve rings with round perforation achieve during comminution a smaller grain band. Sieve rings with square perforation often achieve a higher throughput and the sample residue is less compared to sieve rings with round perforation.

PRODUCT INQUIRY

Sieve rings determine the final fineness of the sample.
Sieve rings with trapezoidal perforations are suitable for fast comminution of medium hard to soft materials and improve size reduction through extra shearing action.
Sieve rings with round and square perforations are recommended for the comminution of brittle materials for achieving medium finenesses.
Sieve rings with round perforation achieve during comminution a smaller grain band. Sieve rings with square perforation often achieve a higher throughput and the sample residue is less compared to sieve rings with round perforation.

PRODUCT INQUIRY

Sieve rings determine the final fineness of the sample.
Sieve rings with trapezoidal perforations are suitable for fast comminution of medium hard to soft materials and improve size reduction through extra shearing action.
Sieve rings with round and square perforations are recommended for the comminution of brittle materials for achieving medium finenesses.
Sieve rings with round perforation achieve during comminution a smaller grain band. Sieve rings with square perforation often achieve a higher throughput and the sample residue is less compared to sieve rings with round perforation.

PRODUCT INQUIRY

Sieve rings determine the final fineness of the sample.
Sieve rings with trapezoidal perforations are suitable for fast comminution of medium hard to soft materials and improve size reduction through extra shearing action.
Sieve rings with round and square perforations are recommended for the comminution of brittle materials for achieving medium finenesses.
Sieve rings with round perforation achieve during comminution a smaller grain band.
Sieve rings with square perforation often achieve a higher throughput and the sample residue is less compared to sieve rings with round perforation.

PRODUCT INQUIRY

Sieve rings determine the final fineness of the sample.
Sieve rings with trapezoidal perforations are suitable for fast comminution of medium hard to soft materials and improve size reduction through extra shearing action.
Sieve rings with round and square perforations are recommended for the comminution of brittle materials for achieving medium finenesses. Sieve rings with round perforation achieve during comminution a smaller grain band.
Sieve rings with square perforation often achieve a higher throughput and the sample residue is less compared to sieve rings with round perforation.

PRODUCT INQUIRY

Sieve rings determine the final fineness of the sample.
Sieve rings with square and round perforations are recommended for the comminution of brittle materials for achieving medium finenesses. Sieve rings with square perforation often achieve a higher throughput and the sample residue is less compared to sieve rings with round perforation.
Sieve rings with round perforation achieve during comminution a smaller grain band.
Sieve rings with trapezoidal perforations are suitable for fast comminution of medium hard to soft materials and improve size reduction through extra shearing action.

PRODUCT INQUIRY

Sieve rings determine the final fineness of the sample.
Sieve rings with square and round perforations are recommended for the comminution of brittle materials for achieving medium finenesses.
Sieve rings with square perforation often achieve a higher throughput and the sample residue is less compared to sieve rings with round perforation. Sieve rings with round perforation achieve during comminution a smaller grain band.
Sieve rings with trapezoidal perforations are suitable for fast comminution of medium hard to soft materials and improve size reduction through extra shearing action.

PRODUCT INQUIRY

Sieve rings determine the final fineness of the sample.
Sieve rings with square and round perforations are recommended for the comminution of brittle materials for achieving medium finenesses. Sieve rings with square perforation often achieve a higher throughput and the sample residue is less compared to sieve rings with round perforation.
Sieve rings with round perforation achieve during comminution a smaller grain band.
Sieve rings with trapezoidal perforations are suitable for fast comminution of medium hard to soft materials and improve size reduction through extra shearing action.

PRODUCT INQUIRY

Sieve rings determine the final fineness of the sample.
Sieve rings with round and square perforations are recommended for the comminution of brittle materials for achieving medium finenesses. Sieve rings with round perforation achieve during comminution a smaller grain band.
Sieve rings with square perforation often achieve a higher throughput and the sample residue is less compared to sieve rings with round perforation.
Sieve rings with trapezoidal perforations are suitable for fast comminution of medium hard to soft materials and improve size reduction through extra shearing action.

PRODUCT INQUIRY

Sieve rings determine the final fineness of the sample.
Sieve rings with round and square perforations are recommended for the comminution of brittle materials for achieving medium finenesses. Sieve rings with round perforation achieve during comminution a smaller grain band.
Sieve rings with square perforation often achieve a higher throughput and the sample residue is less compared to sieve rings with round perforation.
Sieve rings with trapezoidal perforations are suitable for fast comminution of medium hard to soft materials and improve size reduction through extra shearing action.

PRODUCT INQUIRY

Sieve rings determine the final fineness of the sample.
Sieve rings with round and square perforations are recommended for the comminution of brittle materials for achieving medium finenesses. Sieve rings with round perforation achieve during comminution a smaller grain band.
Sieve rings with square perforation often achieve a higher throughput and the sample residue is less compared to sieve rings with round perforation.
Sieve rings with trapezoidal perforations are suitable for fast comminution of medium hard to soft materials and improve size reduction through extra shearing action.

PRODUCT INQUIRY

Sieve rings determine the final fineness of the sample.
Sieve rings with round and square perforations are recommended for the comminution of brittle materials for achieving medium finenesses. Sieve rings with round perforation achieve during comminution a smaller grain band.
Sieve rings with square perforation often achieve a higher throughput and the sample residue is less compared to sieve rings with round perforation.
Sieve rings with trapezoidal perforations are suitable for fast comminution of medium hard to soft materials and improve size reduction through extra shearing action.

PRODUCT INQUIRY

Collecting vessel with outlet and lid and labyrinth disk made of stainless steel 316L for connecting to FRITSCH Cyclone separators.
This collecting vessel with outlet should be used for grinding in the analytical sector, for food and pharmaceutical industry and for sample preparation with special focus on increased resistance to corrosion, alkalis and acid, with the impact rotor and sieve ring in combination with the FRITSCH Cyclone separators or for grinding large quantities.

PRODUCT INQUIRY

Collecting vessel with lid and labyrinth disk made of stainless steel 316L for batchwise comminution of easy-to-grind materials. 
This collecting vessel should be used for grinding in the analytical sector, for food and pharmaceutical industry and for sample preparation with special focus on increased resistance to corrosion, alkalis and acids with the impact rotor and sieve ring.

PRODUCT INQUIRY

Impact rotor with 12 ribs and cooling fins, stainless steel 316L - for the Variable Speed Rotor Mill PULVERISETTE 14 premium line
This impact rotor with 12 ribs and cooling fins made of stainless steel 316L is ideal for grinding in the analytical sector, for food and pharmaceutical industry and for sample preparation with special focus on increased resistance to corrosion, alkalis and acids.

PRODUCT INQUIRY

Collecting vessel with outlet PTFE-coated and lid made of pure titanium and labyrinth disk made of aluminium for connecting to FRITSCH small volume Cyclone separator.
This collecting vessel with outlet should be used for heavy-metal- and iron-free grinding and sample preparation according to RoHS, with the impact rotor and sieve ring in combination with the FRITSCH small volume Cyclone separator.

PRODUCT INQUIRY

Collecting vessel PTFE-coated with lid made of pure titanium and labyrinth disk made of aluminium for batchwise comminution of easy-to-grind materials.
This collecting vessel should be used for heavy-metal- and iron-free grinding and sample preparation according to RoHS, with the cutting rotor and sieve shells.

PRODUCT INQUIRY

Impact rotor with 6 ribs and cooling fins, pure titanium, fast comminution of fibrous substances - feed size < 15 mm
Additionally, the following rotors are also available:
Impact rotor with 12 ribs and cooling fins, pure titanium, grinding of materials - feed size < 10 mm
Impact rotor with 24 ribs and cooling fins, pure titanium, grinding fine materials - feed size < 5 mm

PRODUCT INQUIRY

Impact rotor with 12 ribs and cooling fins, pure titanium, grinding of materials - feed size < 10 mm
Additionally, the following rotors are also available:
Impact rotor with 6 ribs and cooling fins, pure titanium, fast comminution of fibrous substances - feed size < 15 mm
Impact rotor with 24 ribs and cooling fins, pure titanium,  grinding fine materials - feed size < 5 mm

PRODUCT INQUIRY

Impact rotor with 24 ribs and cooling fins, pure titanium, for grinding fine materials - feed size < 5 mm Additionally, the following rotors are also available:
Impact rotor with 6 ribs and cooling fins, pure titanium,  fast comminution of fibrous substances - feed size < 15 mm
Impact rotor with 12 ribs and cooling fins, pure titanium, grinding of materials - feed size < 10 mm

PRODUCT INQUIRY

Sieve rings determine the final fineness of the sample.
Sieve rings with reinforced edges and trapezoidal perforation are perfect for fast comminution of medium-hard to soft materials, the trapezoidal perforation provides additional shearing effects. 
Sieve rings are also available in further perforations.

PRODUCT INQUIRY

Sieve rings determine the final fineness of the sample.
Sieve rings with reinforced edges and trapezoidal perforation are perfect for fast comminution of medium-hard to soft materials, the trapezoidal perforation provides additional shearing effects.
Sieve rings are also available in further perforations.

PRODUCT INQUIRY

Sieve rings determine the final fineness of the sample.
Sieve rings with reinforced edges and trapezoidal perforation are perfect for fast comminution of medium-hard to soft materials, the trapezoidal perforation provides additional shearing effects.
Sieve rings are also available in further perforations.

PRODUCT INQUIRY

Sieve rings determine the final fineness of the sample.
Sieve rings with reinforced edges and trapezoidal perforation are perfect for fast comminution of medium-hard to soft materials, the trapezoidal perforation provides additional shearing effects.
Sieve rings are also available in further perforations.

PRODUCT INQUIRY

Sieve rings determine the final fineness of the sample.
Sieve rings with reinforced edges and trapezoidal perforation are perfect for fast comminution of medium-hard to soft materials, the trapezoidal perforation provides additional shearing effects.
Sieve rings are also available in further perforations.

PRODUCT INQUIRY

Sieve rings determine the final fineness of the sample.
Sieve rings with reinforced edges and trapezoidal perforation are perfect for fast comminution of medium-hard to soft materials, the trapezoidal perforation provides additional shearing effects.
Sieve rings are also available in further perforations.

PRODUCT INQUIRY

Sieve rings determine the final fineness of the sample.
Sieve rings with reinforced edges and trapezoidal perforation are perfect for fast comminution of medium-hard to soft materials, the trapezoidal perforation provides additional shearing effects.
Sieve rings are also available in further perforations.

PRODUCT INQUIRY

Collecting vessel with outlet and lid made of stainless steel and labyrinth disk made of aluminium for connecting to FRITSCH Cyclone separators. This collecting vessel with outlet should be used for all standard applications with the impact rotor and sieve ring in combination with the FRITSCH Cyclone separators or for grinding large quantities.
This collecting vessel can also be used for difficult-to-mill and temperature sensitive samples.

PRODUCT INQUIRY

Collecting vessel with lid made of stainless steel and labyrinth disk made of aluminium for batchwise comminution of easy-to-grind materials. This collecting vessel should be used for all standard applications with the impact rotor and sieve ring.
This collecting vessel can also be used for difficult-to-mill and temperature sensitive samples.

PRODUCT INQUIRY

The FRITSCH impact bar is ideal for very gentle and fast grinding of especially heat-sensitive materials such as powder coatings or plastics as well as for the smooth pre-crushing and fine comminution of hard-brittle to soft, fatty or samples with residual moisture. The corresponding impact rotor and a special sieve ring for the impact bar must be ordered separately.

PRODUCT INQUIRY

The 6-ribs impact rotor with cooling fins is suitable for fast comminution of fibrous substances with a feed size of < 15 mm.
Impact rotors are also available made of stainless steel 316L and pure titanium.

PRODUCT INQUIRY

The 12-ribs impact rotor with cooling fins is suitable for the grinding of materials with feed size < 10 mm.
Impact rotors are also available made of stainless steel 316L and pure titanium.

PRODUCT INQUIRY

The 24-ribs impact rotor with cooling fins is suitable for the grinding of fine materials with a feed size of < 5 mm.
Impact rotors are also available made of stainless steel 316L and pure titanium.

PRODUCT INQUIRY

- special sieve ring and only for the use together with the impact bar -
Sieve rings determine the end fineness of the sample.
Sieve rings with trapezoidal perforations are suitable for fast comminution of medium hard to soft materials and improve size reduction through extra shearing action.
Sieve rings with round and square perforations are recommended for the comminution of brittle materials for achieving medium finenesses.
Sieve rings with round perforation achieve during comminution a smaller grain band.
Sieve rings with square perforation often achieve a higher throughput and the sample residue is less compared to sieve rings with round perforation

PRODUCT INQUIRY

- special sieve ring and only for the use together with the impact bar -
Sieve rings determine the end fineness of the sample.
Sieve rings with trapezoidal perforations are suitable for fast comminution of medium hard to soft materials and improve size reduction through extra shearing action.
Sieve rings with round and square perforations are recommended for the comminution of brittle materials for achieving medium finenesses.
Sieve rings with round perforation achieve during comminution a smaller grain band.
Sieve rings with square perforation often achieve a higher throughput and the sample residue is less compared to sieve rings with round perforation.

PRODUCT INQUIRY

- special sieve ring and only for the use together with the impact bar -
Sieve rings determine the end fineness of the sample.
Sieve rings with trapezoidal perforations are suitable for fast comminution of medium hard to soft materials and improve size reduction through extra shearing action.
Sieve rings with round and square perforations are recommended for the comminution of brittle materials for achieving medium finenesses. Sieve rings with round perforation achieve during comminution a smaller grain band.
Sieve rings with square perforation often achieve a higher throughput and the sample residue is less compared to sieve rings with round perforation.

PRODUCT INQUIRY

- special sieve ring and only for the use together with the impact bar -
Sieve rings determine the end fineness of the sample.
Sieve rings with trapezoidal perforations are suitable for fast comminution of medium hard to soft materials and improve size reduction through extra shearing action.
Sieve rings with round and square perforations are recommended for the comminution of brittle materials for achieving medium finenesses.
Sieve rings with round perforation achieve during comminution a smaller grain band.
Sieve rings with square perforation often achieve a higher throughput and the sample residue is less compared to sieve rings with round perforation.

PRODUCT INQUIRY

- special sieve ring and only for the use together with the impact bar -
Sieve rings determine the end fineness of the sample.
Sieve rings with trapezoidal perforations are suitable for fast comminution of medium hard to soft materials and improve size reduction through extra shearing action.
Sieve rings with round and square perforations are recommended for the comminution of brittle materials for achieving medium finenesses.
Sieve rings with round perforation achieve during comminution a smaller grain band.
Sieve rings with square perforation often achieve a higher throughput and the sample residue is less compared to sieve rings with round perforation.

PRODUCT INQUIRY

- special sieve ring and only for the use together with the impact bar -
Sieve rings determine the end fineness of the sample.
Sieve rings with trapezoidal perforations are suitable for fast comminution of medium hard to soft materials and improve size reduction through extra shearing action.
Sieve rings with round and square perforations are recommended for the comminution of brittle materials for achieving medium finenesses. Sieve rings with round perforation achieve during comminution a smaller grain band.
Sieve rings with square perforation often achieve a higher throughput and the sample residue is less compared to sieve rings with round perforation.

PRODUCT INQUIRY

- special sieve ring and only for the use together with the impact bar -
Sieve rings with trapezoidal perforations are suitable for fast comminution of medium hard to soft materials and improve size reduction through extra shearing action.
Sieve rings with round and square perforations are recommended for the comminution of brittle materials for achieving medium finenesses. Sieve rings with round perforation achieve during comminution a smaller grain band.
Sieve rings with square perforation often achieve a higher throughput and the sample residue is less compared to sieve rings with round perforation.

PRODUCT INQUIRY

- special sieve ring and only for the use together with the impact bar -
Sieve rings determine the final fineness of the sample.
Sieve rings with trapezoidal perforations are suitable for fast comminution of medium hard to soft materials and improve size reduction through extra shearing action.
Sieve rings with round and square perforations are recommended for the comminution of brittle materials for achieving medium finenesses. Sieve rings with round perforation achieve during comminution a smaller grain band.
Sieve rings with square perforation often achieve a higher throughput and the sample residue is less compared to sieve rings with round perforation.

PRODUCT INQUIRY

- special sieve ring and only for the use together with the impact bar -
Sieve rings determine the end fineness of the sample.
Sieve rings with square and round perforations are recommended for the comminution of brittle materials for achieving medium finenesses. Sieve rings with square perforation often achieve a higher throughput and the sample residue is less compared to sieve rings with round perforation.
Sieve rings with round perforation achieve during comminution a smaller grain band.
Sieve rings with trapezoidal perforations are suitable for fast comminution of medium hard to soft materials and improve size reduction through extra shearing action.

PRODUCT INQUIRY

- special sieve ring and only for the use together with the impact bar -
Sieve rings determine the end fineness of the sample.
Sieve rings with square and round perforations are recommended for the comminution of brittle materials for achieving medium finenesses. Sieve rings with square perforation often achieve a higher throughput and the sample residue is less compared to sieve rings with round perforation.
Sieve rings with round perforation achieve during comminution a smaller grain band.
Sieve rings with trapezoidal perforations are suitable for fast comminution of medium hard to soft materials and improve size reduction through extra shearing action.

PRODUCT INQUIRY

- special sieve ring and only for the use together with the impact bar -
Sieve rings determine the end fineness of the sample.
Sieve rings with square and round perforations are recommended for the comminution of brittle materials for achieving medium finenesses. Sieve rings with square perforation often achieve a higher throughput and the sample residue is less compared to sieve rings with round perforation.
Sieve rings with round perforation achieve during comminution a smaller grain band.
Sieve rings with trapezoidal perforations are suitable for fast comminution of medium hard to soft materials and improve size reduction through extra shearing action. .

PRODUCT INQUIRY

- special sieve ring and only for the use together with the impact bar -
Sieve rings determine the end fineness of the sample.
Sieve rings with round and square perforations are recommended for the comminution of brittle materials for achieving medium finenesses. Sieve rings with round perforation achieve during comminution a smaller grain band.
Sieve rings with square perforation often achieve a higher throughput and the sample residue is less compared to sieve rings with round perforation.
Sieve rings with trapezoidal perforations are suitable for fast comminution of medium hard to soft materials and improve size reduction through extra shearing action.

PRODUCT INQUIRY

- special sieve ring and only for the use together with the impact bar -
Sieve rings determine the end fineness of the sample.
Sieve rings with round and square perforations are recommended for the comminution of brittle materials for achieving medium finenesses. Sieve rings with round perforation achieve during comminution a smaller grain band.
Sieve rings with square perforation often achieve a higher throughput and the sample residue is less compared to sieve rings with round perforation.
Sieve rings with trapezoidal perforations are suitable for fast comminution of medium hard to soft materials and improve size reduction through extra shearing action.

PRODUCT INQUIRY

- special sieve ring and only for the use together with the impact bar -
Sieve rings determine the end fineness of the sample.
Sieve rings with round and square perforations are recommended for the comminution of brittle materials for achieving medium finenesses. Sieve rings with round perforation achieve during comminution a smaller grain band.
Sieve rings with square perforation often achieve a higher throughput and the sample residue is less compared to sieve rings with round perforation.
Sieve rings with trapezoidal perforations are suitable for fast comminution of medium hard to soft materials and improve size reduction through extra shearing action.

PRODUCT INQUIRY

- special sieve ring and only for the use together with the impact bar -
Sieve rings determine the end fineness of the sample.
Sieve rings with round and square perforations are recommended for the comminution of brittle materials for achieving medium finenesses. Sieve rings with round perforation achieve during comminution a smaller grain band.
Sieve rings with square perforation often achieve a higher throughput and the sample residue is less compared to sieve rings with round perforation.
Sieve rings with trapezoidal perforations are suitable for fast comminution of medium hard to soft materials and improve size reduction through extra shearing action. .

PRODUCT INQUIRY

Collecting vessel with outlet and lid made of stainless steel and labyrinth disk made of aluminium for connecting to FRITSCH Cyclone separators.
This collecting vessel with outlet should be used for all standard applications with the cutting rotor and sieve shells in combination with the FRITSCH Cyclone separators or for grinding large quantities.

PRODUCT INQUIRY

Collecting vessel with lid made of stainless steel and labyrinth disk made of aluminium.
This collecting vessel should be used for all standard applications with the cutting rotor and sieve shells.

PRODUCT INQUIRY

Cutting rotor made of stainless steel: consisting of cutting rotor with cooling fins and sieve shells holder made of stainless steel and rotor edges and fixed knives made of hardened stainless steel.

PRODUCT INQUIRY

Cutting rotor made of hardmetal tungsten carbide: consisting of cutting rotor with cooling fins and sieve shells holder made of stainless steel and rotor edges and fixed knives made of hardmetal tungsten carbide.

PRODUCT INQUIRY

Sieve shells 0.08 mm trapezoidal perforation made of stainless steel 316L.
Sieve shells determine the final fineness of the sample.
Sieve shells with trapezoidal perforations are suitable for fast comminution of medium hard to soft materials and improve size reduction through extra shearing action.
Sieve shells with round and square perforations are recommended for the comminution of brittle materials for achieving medium finenesses. Sieve shells with round perforation achieve during comminution a smaller grain band.
Sieve shells with square perforation often achieve a higher throughput and the sample residue is less compared to sieve shells with round perforation.

PRODUCT INQUIRY

Sieve shells 0.12 mm trapezoidal perforation made of stainless steel 316L.
Sieve shells with trapezoidal perforations are suitable for fast comminution of medium hard to soft materials and improve size reduction through extra shearing action.
Sieve shells with round and square perforations are recommended for the comminution of brittle materials for achieving medium finenesses. Sieve shells with round perforation achieve during comminution a smaller grain band.
Sieve shells with square perforation often achieve a higher throughput and the sample residue is less compared to sieve shells with round perforation.

PRODUCT INQUIRY

Sieve shells 0.2 mm trapezoidal perforation made of stainless steel 316L.
Sieve shells determine the final fineness of the sample.
Sieve shells with trapezoidal perforations are suitable for fast comminution of medium hard to soft materials and improve size reduction through extra shearing action.
Sieve shells with round and square perforations are recommended for the comminution of brittle materials for achieving medium finenesses. Sieve shells with round perforation achieve during comminution a smaller grain band.
Sieve shells with square perforation often achieve a higher throughput and the sample residue is less compared to sieve shells with round perforation.

PRODUCT INQUIRY

Sieve shells 0.5 mm trapezoidal perforation made of stainless steel 316L.
Sieve shells determine the final fineness of the sample.
Sieve shells with trapezoidal perforations are suitable for fast comminution of medium hard to soft materials and improve size reduction through extra shearing action. Sieve shells with round and square perforations are recommended for the comminution of brittle materials for achieving medium finenesses. Sieve shells with round perforation achieve during comminution a smaller grain band.
Sieve shells with square perforation often achieve a higher throughput and the sample residue is less compared to sieve shells with round perforation.

PRODUCT INQUIRY

Sieve shells 0.75 mm trapezoidal perforation made of stainless steel 316L.
Sieve shells determine the final fineness of the sample.
Sieve shells with trapezoidal perforations are suitable for fast comminution of medium hard to soft materials and improve size reduction through extra shearing action.
Sieve shells with round and square perforations are recommended for the comminution of brittle materials for achieving medium finenesses. Sieve shells with round perforation achieve during comminution a smaller grain band.
Sieve shells with square perforation often achieve a higher throughput and the sample residue is less compared to sieve shells with round perforation.

PRODUCT INQUIRY

Sieve shells 1 mm trapezoidal perforation made of stainless steel 316L.
Sieve shells determine the final fineness of the sample.
Sieve shells with trapezoidal perforations are suitable for fast comminution of medium hard to soft materials and improve size reduction through extra shearing action.
Sieve shells with round and square perforations are recommended for the comminution of brittle materials for achieving medium finenesses. Sieve shells with round perforation achieve during comminution a smaller grain band.
Sieve shells with square perforation often achieve a higher throughput and the sample residue is less compared to sieve shells with round perforation.

PRODUCT INQUIRY

Sieve shells 1.5 mm trapezoidal perforation made of stainless steel 316L.
Sieve shells determine the final fineness of the sample.
Sieve shells with trapezoidal perforations are suitable for fast comminution of medium hard to soft materials and improve size reduction through extra shearing action.
Sieve shells with round and square perforations are recommended for the comminution of brittle materials for achieving medium finenesses. Sieve shells with round perforation achieve during comminution a smaller grain band.
Sieve shells with square perforation often achieve a higher throughput and the sample residue is less compared to sieve shells with round perforation.

PRODUCT INQUIRY

Sieve shells 2 mm trapezoidal perforation made of stainless steel 316L.
Sieve shells determine the final fineness of the sample.
Sieve shells with trapezoidal perforations are suitable for fast comminution of medium hard to soft materials and improve size reduction through extra shearing action.
Sieve shells with round and square perforations are recommended for the comminution of brittle materials for achieving medium finenesses.
Sieve shells with round perforation achieve during comminution a smaller grain band. Sieve shells with square perforation often achieve a higher throughput and the sample residue is less compared to sieve shells with round perforation.

PRODUCT INQUIRY

Sieve shells 2 mm square perforation made of stainless steel 316L.
Sieve shells determine the final fineness of the sample.
Sieve shells with square and round perforations are recommended for the comminution of brittle materials for achieving medium finenesses. Sieve shells with square perforation often achieve a higher throughput and the sample residue is less compared to sieve shells with round perforation.
Sieve shells with round perforation achieve during comminution a smaller grain band.
Sieve shells with trapezoidal perforations are suitable for fast comminution of medium hard to soft materials and improve size reduction through extra shearing action.

PRODUCT INQUIRY

Sieve shells 4 mm square perforation made of stainless steel 316L.
Sieve shells determine the final fineness of the sample.
Sieve shells with square and round perforations are recommended for the comminution of brittle materials for achieving medium finenesses. Sieve shells with square perforation often achieve a higher throughput and the sample residue is less compared to sieve shells with round perforation.
Sieve shells with round perforation achieve during comminution a smaller grain band.
Sieve shells with trapezoidal perforations are suitable for fast comminution of medium hard to soft materials and improve size reduction through extra shearing action.

PRODUCT INQUIRY

Sieve shells 6 mm square perforation made of stainless steel 316L.
Sieve shells determine the final fineness of the sample.
Sieve shells with square and round perforation are ideal for the comminution of brittle materials.
Sieve shells with square perforation achieve a larger throughput and the sample residue is less compared to sieve shells with round perforation. Additionally, sieve shells with trapezoidal perforation which are ideal for fast comminution with additional shearing effects are offered.
Sieve shells are also available in further perforations.