19 Coolest Coorsteks in 2019

 

CoorsTek 60452 Porcelain Ceramic Desiccator Plate with Large Hole in Center Numerous 1mm Perforations 190mm OD

CoorsTek 60452 Porcelain Ceramic Desiccator Plate with Large Hole in Center, Numerous 1mm Perforations, 190mm OD

CoorsTek 60452 Porcelain Ceramic Desiccator Plate with Large Hole in Center, Numerous 1mm Perforations, 190mm OD - Use an oven or hot plate as an intermediate step when quicker heating/cooling rates are required. Carefully inspect your ceramic labware prior to each use. There is a large 23mm hole in the center. Coorstek porcelain & ceramic labware has excellent thermal-shock resistance. Gradually increase flame intensity when using a gas burner. Material porcelain. It remains the responsibility of the user to determine the suitability for use. This coorstek chemical-porcelain labware desiccator plate features numerous perforations. To prolong the life of your coorstek labware be sure to follow gradual heating and cooling rates. Avoid contact of heated ware with a cold surface. It is glazed on one side. Do not use any product that appears defective. To prevent thermal stress cracks on porcelain ware, coorstek strongly recommends a heating/cooling rate not to exceed 200-degree celsius/hour.

 

CoorsTek 65501 High-Alumina High Form Crucible 10mL Capacity 29mm OD 31mm Height

CoorsTek 65501 High-Alumina High Form Crucible, 10mL Capacity, 29mm OD, 31mm Height

CoorsTek 65501 High-Alumina High Form Crucible, 10mL Capacity, 29mm OD, 31mm Height - Suitable for glass melting, including borosilicate glass. Ad-998 high-alumina properties include a maximum use temperature (without load) of 1750°c. Coorstek ad-998 high-alumina high form crucible is made of 998%-pure aluminum oxide. High-alumina labware temperature change rate should not exceed 150º c/hour. Alumina crucibles are inert in hydrogen and carbonaceous atmospheres and offers high resistance to alkalies and other fluxes.

 

CoorsTek 60202 Porcelain Standard 250mL Evaporating Dish 45 mm Height x 115mm OD

CoorsTek 60202 Porcelain Standard 250mL Evaporating Dish, 45 mm Height x 115mm OD

CoorsTek 60202 Porcelain Standard 250mL Evaporating Dish, 45 mm Height x 115mm OD - Carefully inspect your ceramic labware prior to each use. Gradually increase flame intensity when using a gas burner. Hardness of this labware is 57. Glazed inside and out except for rim. This coorstek standard form porcelain evaporating dish is designed with a convenient pouring lip. Avoid contact of heated ware with a cold surface. It remains the responsibility of the user to determine the suitability for use. Coorstek porcelain & ceramic labware has excellent thermal-shock resistance. Do not use any product that appears defective. To prolong the life of your coorstek labware be sure to follow gradual heating and cooling rates. Refractory qualities include a fusion point of 1670-degree celsius and a softening point of 1400-degree celsius. To prevent thermal stress cracks on porcelain ware, coorstek strongly recommends a heating/cooling rate not to exceed 200-degree celsius/hour. 5 on the rockwell 45n scale. Use an oven or hot plate as an intermediate step when quicker heating/cooling rates are required.

 

CoorsTek 60507 Square Porous Ceramic Plate 150mm Length 150mm Wide 6mm Thick Case of 6

CoorsTek 60507 Square Porous Ceramic Plate, 150mm Length, 150mm Wide, 6mm Thick (Case of 6)

CoorsTek 60507 Square Porous Ceramic Plate, 150mm Length, 150mm Wide, 6mm Thick (Case of 6) - Other porosities and sizes are available on special order. Stream flow is not obstructed by the filtering action. 0%. 5%, and an absorption of 21. Variation in temperature will not affect porosity characteristics within their working temperature range. This coorstek square porous ceramic plate is made of a p-1/2-bc material which has an average pore diameter of 80psi, an apparent porosity of 38. Coorstek porous ware easily incorporates into many chemical processing, pharmaceutical, mechanical, and electronic applications. For gross particle filtration, clarification, polishing, and sterilization of serums, vaccines, antitoxins, and other biochemical solutions in the pharmaceutical environment, coorstek porous ware is ideal. Its reliability results from years of experience, advancement, and refinement of manufacturing techniques. In chemical filtration, coorstek porous ware can separate solid particles from liquid or gaseous suspensions. Mechanical and earth science uses include filtration, diffusion, pressure studies, and underground liquid containment studies. Coorstek porous ware is considered an excellent divider for electrolytic cells. The maximum operating temperatures range from 900° to 1400°c depending upon ceramic composition selected.

 

CoorsTek 65479 High-Alumina Rectangular Plate 108mm Long 53mm Wide 4mm Thick

CoorsTek 65479 High-Alumina Rectangular Plate, 108mm Long, 53mm Wide, 4mm Thick

CoorsTek 65479 High-Alumina Rectangular Plate, 108mm Long, 53mm Wide, 4mm Thick - This alumina-ceramic ware is especially useful to chemists, metallurgists, and others involved in high-temperature work demanding contamination-free results. 8%-pure aluminum oxide. It is suitable for glass melting, including borosilicate glass. It is highly resistant to chemical attack. High-alumina labware temperature change rate should not exceed 150º c/hour. It is inert in hydrogen and carbonaceous atmospheres and offers high resistance to alkalies and other fluxes. This coorstek ad-998 high alumina rectangular reaction plate is made of 99. Recommended for use with refractory metals such as molybdenum, platinum, rhodium, tungsten, tantalum and iridium. Ad-998 ware is highly refractory, meant for use in reducing and oxidizing atmospheres.

 

CoorsTek 60240 Porcelain Ceramic Buchner Funnel with Fixed Perforated Plate 87mL Capacity

CoorsTek 60240 Porcelain Ceramic Buchner Funnel with Fixed Perforated Plate, 87mL Capacity

CoorsTek 60240 Porcelain Ceramic Buchner Funnel with Fixed Perforated Plate, 87mL Capacity - Thermally shock-resistant to prolong the life of your coorstek labware be sure to follow gradual heating and cooling rates. Fits 13cm filter paper. Glazed inside and out except for rim. Buchner funnel with fixed perforated plate.

 

CoorsTek 60196 Porcelain Standard 35mL Evaporating Dish 24 mm Height x 60mm OD

CoorsTek 60196 Porcelain Standard 35mL Evaporating Dish, 24 mm Height x 60mm OD

CoorsTek 60196 Porcelain Standard 35mL Evaporating Dish, 24 mm Height x 60mm OD - Coorstek porcelain & ceramic labware has excellent thermal-shock resistance. Avoid contact of heated ware with a cold surface. Do not use any product that appears defective. Glazed inside and out except for rim. To prolong the life of your coorstek labware be sure to follow gradual heating and cooling rates. It remains the responsibility of the user to determine the suitability for use. To prevent thermal stress cracks on porcelain ware, coorstek strongly recommends a heating/cooling rate not to exceed 200-degree celsius/hour. Refractory qualities include a fusion point of 1670-degree celsius and a softening point of 1400-degree celsius. Hardness of this labware is 57. Use an oven or hot plate as an intermediate step when quicker heating/cooling rates are required. Gradually increase flame intensity when using a gas burner. 5 on the rockwell 45n scale. This coorstek standard form porcelain evaporating dish is designed with a convenient pouring lip. Carefully inspect your ceramic labware prior to each use.

 

CoorsTek 60201 Porcelain Ceramic Evaporating Dish with Pouring Lip 150mL Capacity 100mm OD 42mm Height Case of 18

CoorsTek 60201 Porcelain Ceramic Evaporating Dish with Pouring Lip, 150mL Capacity, 100mm OD, 42mm Height (Case of 18)

CoorsTek 60201 Porcelain Ceramic Evaporating Dish with Pouring Lip, 150mL Capacity, 100mm OD, 42mm Height (Case of 18) - This coorstek standard form porcelain evaporating dish is designed with a convenient pouring lip and has a capacity of 150ml. Carefully inspect your ceramic labware prior to each use. Avoid contact of heated ware with a cold surface. Gradually increase flame intensity when using a gas burner. To prevent thermal stress cracks on porcelain ware, coorstek strongly recommends a heating/cooling rate not to exceed 200°c/hour. Loaded temperature limit of use (glazed) 1150°c. Evacuated temperature limit 1300°c. Refractory qualities include a fusion point of 1670°c and a softening point of 1400°c. Hardness of this labware is 57. Use an oven or hot plate as an intermediate step when quicker heating/cooling rates are required. Coorstek porcelain & ceramic labware has excellent thermal-shock resistance. 5 on the rockwell 45n scale. It remains the responsibility of the user to determine the suitability for use. To prolong the life of your coorstek labware be sure to follow gradual heating and cooling rates. Do not use any product that appears defective. Glazed inside and out except for rim.

 

CoorsTek 60236 Porcelain Ceramic Evaporating Dish with Pouring Lip 290mL Capacity 160mm OD 31mm Height Shallow Form Case of 8

CoorsTek 60236 Porcelain Ceramic Evaporating Dish with Pouring Lip, 290mL Capacity, 160mm OD, 31mm Height, Shallow Form (Case of 8)

CoorsTek 60236 Porcelain Ceramic Evaporating Dish with Pouring Lip, 290mL Capacity, 160mm OD, 31mm Height, Shallow Form (Case of 8) - Shallow form evaporating dish. Maximum temperature limit for use 1150°c. Glazed inside except for rim and partially outside. Thermally shock-resistant to prolong the life of your coorstek lab ware be sure to follow gradual heating and cooling rates.

 

CoorsTek 60243 Porcelain Ceramic Buchner Funnel with Fixed Perforated Plate 320mL Capacity 160mm Height 90mm Filter Paper Diameter

CoorsTek 60243 Porcelain Ceramic Buchner Funnel with Fixed Perforated Plate, 320mL Capacity, 160mm Height, 90mm Filter Paper Diameter

CoorsTek 60243 Porcelain Ceramic Buchner Funnel with Fixed Perforated Plate, 320mL Capacity, 160mm Height, 90mm Filter Paper Diameter - Glazed inside and out except for rim. This coorstek porcelain buchner funnel with fixed perforated plate has a capacity of 320ml. Coorstek porcelain & ceramic labware has excellent thermal-shock resistance.

 

CoorsTek 60109 Porcelain Ceramic High Form Crucible 50mL Capacity 53mm OD 43mm Height Case of 24

CoorsTek 60109 Porcelain Ceramic High Form Crucible, 50mL Capacity, 53mm OD, 43mm Height (Case of 24)

CoorsTek 60109 Porcelain Ceramic High Form Crucible, 50mL Capacity, 53mm OD, 43mm Height (Case of 24) - Maximum temperature limit for use 1150°c. Refractory qualities include a fusion point of 1670°c and a softening point of 1400°c. High form porcelain crucible is glazed inside and out, except for the outside bottom surface and rim. Thermally shock-resistant.

 

CoorsTek 60221 Porcelain Rounded 90mL Vertical Side Evaporation Dish  32 mm Height x 77mm OD

CoorsTek 60221 Porcelain Rounded 90mL Vertical Side Evaporation Dish , 32 mm Height x 77mm OD

CoorsTek 60221 Porcelain Rounded 90mL Vertical Side Evaporation Dish , 32 mm Height x 77mm OD - Glazed inside and out except for outside bottom and rim. Thermally shock-resistant to prolong the life of your coorstek labware be sure to follow gradual heating and cooling rates. Shallow form evaporating dish with vertical sides, lip and rounded bottom edge. Maximum temperature limit for use 1150-degree celsius.

 

CoorsTek 60139 Porcelain 150mL Wide Form Crucible White Glazed Height x OD 52 x 84mm

CoorsTek 60139 Porcelain 150mL Wide Form Crucible, White Glazed, Height x O.D.: 52 x 84mm

CoorsTek 60139 Porcelain 150mL Wide Form Crucible, White Glazed, Height x O.D.: 52 x 84mm - Thermally shock-resistant to prolong the life of your coorstek labware be sure to follow gradual heating and cooling rates. Maximum temperature limit for use 1150°c. Wide form crucible is glazed inside and out, except for the outside bottom surface and rim. Refractory qualities include a fusion point of 1670°c and a softening point of 1400°c.

 

CoorsTek 60153 Porcelain Ceramic Gooch Crucible 130ml Capacity 55mm OD 30mm Filter Paper Diameter 1mm Perforation Diameter Case of 6

CoorsTek 60153 Porcelain Ceramic Gooch Crucible, 130ml Capacity, 55mm OD, 30mm Filter Paper Diameter, 1mm Perforation Diameter (Case of 6)

CoorsTek 60153 Porcelain Ceramic Gooch Crucible, 130ml Capacity, 55mm OD, 30mm Filter Paper Diameter, 1mm Perforation Diameter (Case of 6) - Do not use any product that appears defective. To prolong the life of your coorstek labware be sure to follow gradual heating and cooling rates. Use an oven or hot plate as an intermediate step when quicker heating/cooling rates are required. Avoid contact of heated ware with a cold surface. Carefully inspect your ceramic labware prior to each use. Gradually increase flame intensity when using a gas burner. To prevent thermal stress cracks on porcelain ware, coorstek strongly recommends a heating/cooling rate not to exceed 200°c/hour. Hardness of this labware is 57. Loaded temperature limit of use (glazed) 1150°c. This coorstek porcelain gooch filtering crucible has a perforated bottom and a capacity of 25ml. 5 on the rockwell 45n scale. Used for total suspended solids determination. Refractory qualities include a fusion point of 1670°c and a softening point of 1400°c. Evacuated temperature limit 1300°c. Coorstek porcelain & ceramic labware has excellent thermal-shock resistance. Glazed inside and out except for the outside bottom surface and rim.

 

CoorsTek 60058 Porcelain Ceramic Casserole with Lip and Flat Porcelain Handle 60mL Capacity

CoorsTek 60058 Porcelain Ceramic Casserole with Lip and Flat Porcelain Handle, 60mL Capacity

CoorsTek 60058 Porcelain Ceramic Casserole with Lip and Flat Porcelain Handle, 60mL Capacity - Glazed inside and out, except for rim and top of handle. This coorstek casserole style porcelain evaporating dish has a lip and flat porcelain handle. Coorstek porcelain & ceramic labware has excellent thermal-shock resistance. Refractory qualities include a fusion point of 1670-degree celsius and a softening point of 1400-degree celsius.

 

CoorsTek 60202 Porcelain Ceramic Evaporating Dish with Pouring Lip 250mL Capacity 115mm OD 45mm Height Case of 18

CoorsTek 60202 Porcelain Ceramic Evaporating Dish with Pouring Lip, 250mL Capacity, 115mm OD, 45mm Height (Case of 18)

CoorsTek 60202 Porcelain Ceramic Evaporating Dish with Pouring Lip, 250mL Capacity, 115mm OD, 45mm Height (Case of 18) - Glazed inside and out except for rim. Maximum temperature limit for use 1150°c. Standard form evaporating dish with lip. Thermally shock-resistant to prolong the life of your coorstek lab ware be sure to follow gradual heating and cooling rates.

 

CoorsTek 60245 Buchner Funnel 126 mm Plate ID 202 mm Height 700 mL Capacity Pack of 2

CoorsTek 60245 Buchner Funnel, 126 mm Plate ID, 202 mm Height, 700 mL Capacity (Pack of 2)

CoorsTek 60245 Buchner Funnel, 126 mm Plate ID, 202 mm Height, 700 mL Capacity (Pack of 2) - See chart for circular filter sizes to use. The porcelain filter funnel has a fixed, perforated plate. It has inlet and outlet turbulatures. These coors buchner funnels have a double wall for circulation of water and steam. It is also glazed inside and out except for the rim.

 

CoorsTek 60365 High-Alumina Pestle for Octagonal Mortar 74mm Length

CoorsTek 60365 High-Alumina Pestle for Octagonal Mortar, 74mm Length

CoorsTek 60365 High-Alumina Pestle for Octagonal Mortar, 74mm Length - Coorstek porcelain & ceramic labware has excellent thermal-shock resistance. Ad-99. This coorstek ad-99. Ad-99. 5% alumina mortars and pestles are recommended for precise elemental analysis because they provide minimal sample contamination. 5% alumina pestle is glazed completely except for the grinding surface. 5% alumina is an extremely hard (9 on mohs scale), non-absorbent, wear-resistant material.

 

CoorsTek 60032 Porcelain 2mL Combustion Boat Crucible White Glazed 60 Length x 10 Width x 8 Height

CoorsTek 60032 Porcelain 2mL Combustion Boat Crucible, White Glazed, 60 Length x 10 Width x 8 Height

CoorsTek 60032 Porcelain 2mL Combustion Boat Crucible, White Glazed, 60 Length x 10 Width x 8 Height - Maximum temperature limit for use 1150°c. Resistant to heat and caustic chemicals. White glazed inside and out, except for the outside bottom surface. Thermally shock-resistant to prolong the life of your coorstek labware be sure to follow gradual heating and cooling rates.