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Twenty-Four Tooth Push-Fit Rotor. For use in ZM 100 mills. This rotor is made of stainless steel, and is for use on fine materials such as chemicals, coal and sugar.

Twelve-Tooth Push-Fit Rotor. For use in ZM 100 mills. This rotor is made of stainless steel, and is for use on fine materials such as chemicals, coal and sugar.

Six-Tooth Push-Fit Rotor. For use in ZM 100 mills. This rotor is made of stainless steel, and is for use on fine materials such as chemicals, coal and sugar.

Twenty-Four Tooth Push-Fit Rotor. For use in ZM 100 mills. This stainless steel rotor features a wear resistant Tungsten Carbide coating, which enables the mill to process hard materials. For use on fine materials such as chemicals, coal and sugar.

Twelve-Tooth Push-Fit Rotor. For use in ZM 100 mills. This stainless steel rotor features a wear resistant Tungsten Carbide coating, which enables the mill to process hard materials. For use on medium-coarse material such as wheat, oats, maize and tablets.

Six-Tooth Push-Fit Rotor. For use in ZM 100 mills. This stainless steel rotor features a wear resistant Tungsten Carbide coating, which enables the mill to process hard materials. For use on coarse, bulky, fibrous material such as animal feed pellets, hay and straw.

Twelve-Tooth Titanium Push-Fit Rotor. For use in ZM 100 mills.

10mL Agate Grinding Jar. For MM 200. Composition approximately 99.9% SiO2. Degree of hardness of 7 Mohs. Approximate density is 2600kg/m3. Can contain a sample volume of 2-4mL. Maximum particle size in this jar is 4mm. Recommended ball charge for this jar is 1-2 pieces, 9/10mm or 1-2 pieces, 12mm.

25mL Stainless Steel Grinding Jar. For use in MM 200. Composition is approximately 84.5% Fe, 13% Cr. Approximate density is 7700kg/m3. Can contain a sample volume of 4-10mL. Maximum particle size in this jar is 6mm. Recommended ball charge for this jar is 1 piece, 20mm, or 2 pieces, 12mm.

1.5mL Stainless Steel Grinding Jar. For use in MM 200. Composition is approximately 84.5% Fe, 13% Cr. Approximate density is 7700kg/m3. Can contain a sample volume of 0.2-0.5mL. Maximum particle size in this jar is 1mm. Recommended ball charge for this jar is 1-2 pieces, 5mm.

5mL Stainless Steel Grinding Jar. For use in MM 200. Composition is approximately 84.5% Fe, 13% Cr. Approximate density is 7700kg/m3. Can contain a sample volume of 0.5-2mL. Maximum particle size in this jar is 2mm. Recommended ball charge for this jar is 1-2 pieces, 7mm.

10mL Stainless Steel Grinding Jar. For use in MM 200. Composition is approximately 84.5% Fe, 13% Cr. Approximate density is 7700kg/m3. Can contain a sample volume of 2-4mL. Maximum particle size in this jar is 4mm. Recommended ball charge for this jar is 1-2 pieces, 9/10mm or 1-2 pieces, 12mm.

Hard Porcelain Mortar. For use with the RM 100 Mortar Grinder. In most cases, grinding sets of hard porcelain are adequate for use on soft, medium-hard or pasty materials. Composition is approximately 71% SiO2, 24% Al2O3. Degree of hardness is 7 Mohs, and the density is approximately 2400kg/m3.

Sintered Corundum I Mortar. For use with the RM 100 Mortar Grinder. In most cases, grinding sets of sintered corundum are adequate for use on soft, medium-hard or pasty materials. Composition is approximately 99.7% Al2O3. Degree of hardness is 9 Mohs, and the density is approximately 3900kg/m3.

Chrome Steel II Mortar. For use with the RM 100 Mortar Grinder. For less demanding applications, and for rough operation, steel sets are recommended. Composition is approximately 86% Fe, 11.5% Cr. Density is approximately 7700kg/m3.

5mm Agate Grinding Ball. This ball is for use in the MM 200 mixer mill (14213-032). Composition is approximately 99.9% SiO2. Degree of hardness of 7 Mohs. Approximate density is 2600kg/m3.

5mm Stainless Steel Grinding Ball. This ball is for use in the MM 200 mixer mill (14213-032). Composition is approximately 84.5% Fe, 13% Cr. Approximate density is 7700kg/m3.

1L Stainless Steel Vessel. For use in the GM 200 Laboratory Knife Mill. This vessel is easy to remove and clean.

Gravity Lid for 1L Glass/Stainless Steel Vessel. For use in the GM 200 Laboratory Knife Mill. This piston-like lid is free-floating and drops under its own weight during the milling process to rest on the sample material at all times. It prevents the sample material from escaping the milling action.

Gravity Lid for 1L Plastic Vessel. For use in the GM 200 Laboratory Knife Mill. This piston-like lid is free-floating and drops under its own weight during the milling process to rest directly on the sample material at all times. It prevents the sample material from escaping the milling action.

Plastic Lid for 0.5L Plastic Vessel. For use in the GM 200 Laboratory Knife Mill. This cover prevents the sample material from escaping the vessel during the milling process.

7mm Stainless Steel Grinding Ball. This ball is for use in the MM 200 mixer mill (14213-032). Composition is approximately 84.5% Fe, 13% Cr. Approximate density is 7700kg/m3.

12mm Agate Grinding Ball. This ball is for use in the MM 200 mixer mill (14213-032). Composition is approximately 99.9% SiO2. Degree of hardness of 7 Mohs. Approximate density is 2600kg/m3.

9/10mm Agate Grinding Ball. This ball is for use in the MM 200 mixer mill (14213-032). Composition is approximately 99.9% SiO2. Degree of hardness of 7 Mohs. Approximate density is 2600kg/m3.

20mm Stainless Steel Grinding Ball. This ball is for use in the MM 200 mixer mill (14213-032). Composition is approximately 84.5% Fe, 13% Cr. Approximate density is 7700kg/m3.

12mm Stainless Steel Grinding Ball. This ball is for use in the MM 200 mixer mill (14213-032). Composition is approximately 84.5% Fe, 13% Cr. Approximate density is 7700kg/m3.

9mm Stainless Steel Grinding Ball. This ball is for use in the MM 200 mixer mill (14213-032). Composition is approximately 84.5% Fe, 13% Cr. Approximate density is 7700kg/m3.

7mm Agate Grinding Ball. This ball is for use in the MM 200 mixer mill (14213-032). Composition is approximately 99.9% SiO2. Degree of hardness of 7 Mohs. Approximate density is 2600kg/m3.

Ring Sieve. 0.08mm. Stainless steel with conidur holes.

Ring Sieve. 0.20mm. Stainless steel with conidur holes.

Ring Sieve. 0.25mm. Stainless steel with conidur holes.

Ring Sieve. 0.50mm. Stainless steel with conidur holes.

Ring Sieve. 0.75mm. Stainless steel with conidur holes.

Ring Sieve. 1.00mm. Stainless steel with conidur holes.

Ring Sieve. 1.00mm. Stainless steel with conidur holes.

Ring Sieve. 2.00mm. Stainless steel with conidur holes.

Ring Sieve. 3.00mm. Stainless steel with round holes.

Ring Sieve. 4.00mm. Stainless steel with round holes.

Ring Sieve. 5.00mm. Stainless steel with round holes.

Ring Sieve. 6.00mm. Stainless steel with round holes.

Ring Sieve. 0.08mm. Stainless steel. With reinforced rim and conidur holes.

Ring Sieve. 0.12mm. Stainless steel. With reinforced rim and conidur holes.

Ring Sieve. 0.20mm. Stainless steel. With reinforced rim and conidur holes.

Ring Sieve. 0.25mm. Stainless steel. With reinforced rim and conidur holes.

Ring Sieve. 0.50mm. Stainless steel. With reinforced rim and conidur holes.

Ring Sieve. 0.75mm. Stainless steel. With reinforced rim and conidur holes.

Ring Sieve. 1.00mm. Stainless steel. With reinforced rim and conidur holes.

Ring Sieve. 1.50mm. Stainless steel. With reinforced rim and conidur holes.

Ring Sieve. 2.00mm. Stainless steel. With reinforced rim and conidur holes.

Ring Sieve. 3.00mm. Stainless steel. With reinforced rim and round holes.

Ring Sieve. 4.00mm. Stainless steel. With reinforced rim and round holes.

Ring Sieve. 5.00mm. Stainless steel. With reinforced rim and round holes.

Ring Sieve. 6.00mm. Stainless steel. With reinforced rim and round holes.

Ring Sieve. 0.12mm. Stainless steel with conidur holes.

Ring Sieve. 0.20mm. Stainless steel with reinforced rim, wear-resistant coating, and conidur holes.

Ring Sieve. 0.25mm. Stainless steel with reinforced rim, wear-resistant coating, and conidur holes.

Ring Sieve. 0.50mm. Stainless steel with reinforced rim, wear-resistant coating, and conidur holes.

Ring Sieve. 0.75mm. Stainless steel with reinforced rim, wear-resistant coating, and conidur holes.

Ring Sieve. 1.00mm. Stainless steel with reinforced rim, wear-resistant coating, and conidur holes.

Ring Sieve. 1.50mm. Stainless steel with reinforced rim, wear-resistant coating, and conidur holes.

Ring Sieve. 2.00mm. Stainless steel with reinforced rim, wear-resistant coating, and conidur holes.

Ring Sieve. 3.00mm. Stainless steel with reinforced rim, wear-resistant coating, and conidur holes.

Distance Sieve. 0.08mm. Stainless steel with conidur holes.

Distance Sieve. 0.12mm. Stainless steel with conidur holes.

Distance Sieve. 0.20mm. Stainless steel with conidur holes.

Distance Sieve. 0.25mm. Stainless steel with conidur holes.

Distance Sieve. 0.50mm. Stainless steel with conidur holes.

Distance Sieve. 0.75mm. Stainless steel with conidur holes.

Distance Sieve. 1.00mm. Stainless steel with conidur holes.

Distance Sieve. 1.5mm. Stainless steel with conidur holes.

Distance Sieve. 4.0mm. Stainless steel with round holes.

Grinding Balls. 10mm. For PM100, 200, 400, AND S100. Stainless steel.

Grinding Balls. 30mm. For PM100, 200, 400, AND S100. Stainless steel.

Grinding Balls. 40mm. For PM100, 200, 400, AND S100. Stainless steel.

Grinding Balls. 2mm. For PM100, 200, 400, AND S100. Stainless steel. Yttrium-stabilized, 0.5kg.

Grinding Balls. 3mm. For PM100, 200, 400, AND S100. Stainless steel. Yttrium-stabilized, 0.5kg.

Grinding Balls. 10mm. For PM100, 200, 400, AND S100. Polished agate.

Grinding Balls. 20mm. For PM100, 200, 400, AND S100. Polished agate.

Grinding Balls. 30mm. For PM100, 200, 400, AND S100. Polished agate.

Grinding Balls. 40mm. For PM100, 200, 400, AND S100. Polished agate.

Grinding Balls. 10mm. For PM100, 200, 400, AND S100. Zirconium oxide.

Grinding Balls. 20mm. For PM100, 200, 400, AND S100. Zirconium oxide.

Grinding Balls. 30mm. For PM100, 200, 400, AND S100. Zirconium oxide.

Grinding Balls. 40mm. For PM100, 200, 400, AND S100. Zirconium oxide.

Grinding Balls. 2mm. For PM100, 200, 400, AND S100. Zirconium oxide.Yttrium-stabilized, 0.5KG.

Grinding Balls. 3mm. For PM100, 200, 400, AND S100. Zirconium oxide.Yttrium-stabilized, 0.5KG.

Accessories and Replacement Parts, IKA - 0000328200, Spare cutter M 21, Stainless Steel

Carbide Blade. Accessory tungsten carbide blade, for use with the Universal Grinding Mill (33998-050, -048).

Star-Shaped Cutter. Accessory stainless steel star-shaped cutter, for use with the Universal Grinding Mill (33998-050, -048).

Stainless Steel Cutting Blade. An accessory for the A11 Analytical Grinding Mill (33998-408). For pulverizing soft, fibrous materials.

Stainless Steel Beater. An accessory for the A11 Analytical Grinding Mill (33998-408). For pulverizing substances with a Mohs hardness up to 6.

Grinding Container, 100mL. An accessory for the A11 Analytical Grinding Mill (33998-408).

Stainless Steel Sieve. For use with the Microfine Grinding Mill, MF 10 (43300-188). 2.0mm size hole.

Stainless Steel Sieve. For use with the Microfine Grinding Mill, MF 10 (43300-188). 3.0mm size hole.

Cutting Grinding Head. Required for using the Microfine Grinding Mill, MF 10 (43300-188). Crushes fibrous substances such as paper and vegetation and also plastics and other materials with a low volume weight. Circumferential speed: 22.5m/sec.

Impact Grinding Head. Required for using the Microfine Grinding Mill, MF 10 (43300-188). Crushes brittle and hard materials such as minerals and building materials. Circumferential speed: 31.4m/sec.

Stainless Steel Sieve. For use with the Microfine Grinding Mill, MF 10 (43300-188). 0.25mm size hole.

Stainless Steel Sieve. For use with the Microfine Grinding Mill, MF 10 (43300-188). 0.5mm size hole.

Stainless Steel Sieve. For use with the Microfine Grinding Mill, MF 10 (43300-188). 1.0mm size hole.

Mortar and Pestle, Agate. Made of thick-walled agate. Highly polished grinding surface. Mortar is octagonal. Height: 26mm. 65mm OD, 55mm ID.

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