Convex Mirror, Material: Glass, designed for physics and educational uses, Because of their educational use design, there may be minor imperfections that do not affect physical function, Optically worked, silvered back with protective coating, Size: 1.5in diameter, 150mm Focal Length
Convex Mirror, Material: Glass, round, designed for physics and educational use, Because of their educational use design, there may be minor imperfections that do not affect physical function, thickness varies as they are not designed, Size: 2in Diameter, 300mm Focal Length, 2mm Thick
Convex Mirror, Material: Glass, round, designed for physics and educational use, Because of their educational use design, there may be minor imperfection that do not affect physical function, thickness varies as they are not designed, Size: 6in Diameter, 150mm Focal Length, 5 mm Thick
Convex Mirror, Material: Glass, designed for physics and educational uses, Because of their educational use design, there may be minor imperfections that do not affect physical function, Optically worked, silvered back with protective coating, Size: 1.5in diameter, 50 mm Focal Length
Convex Mirror, Material: Glass, round, designed for physics and educational use, Because of their educational use design, there may be minor imperfections that do not affect physical function, thickness varies as they are not designed, Size: 3inDiameter, 75mm Focal Length, 2.8mm Thick
Convex Mirror, Material: Glass, designed for physics and educational uses, Because of their educational use design, there may be minor imperfections that do not affect physical function, Optically worked, silvered back with protective coating, Size: 1.5in diameter, 200mm Focal Length
Convex Mirror, Material: Glass, designed for physics and educational uses, Because of their educational use design, there may be minor imperfections that do not affect physical function, Optically worked, silvered back with protective coating, Size: 1.5in diameter, 100mm Focal Length
Convex Mirror, Material: Glass, round, designed for physics and educational use, Because of their educational use design, there may be minor imperfection that do not affect physical function, thickness varies as they are not designed, Size: 3in Dia, 150 mm Focal Length, 1.2 mm Thick
Convex Mirror, Material: Glass, round, designed for physics and educational uses, Because of their educational use design, there may be minor imperfections that do not affect physical function, Bulk lens and mirror sets available, Size: 2in Diameter, 50mm Focal Length, 2.8mm Thick
Convex Mirror, Material: Glass, round, designed for physics and educational use, Because of their educational use design, there may be minor imperfection that do not affect physical function, Bulk lens and mirror set available upon request, Size: 3in Dia, 150mm FocalLength, 3.3mmThick
Convex Mirror, Material: Glass, round, designed for physics and educational use, Because of their educational use design, there may be minor imperfection that do not affect physical function, thickness varies as they are not designed, Size: 3in Diameter, 100mm Focal Length, 2.8mmThick
Crucible, Tall Form, clear quartz glass, ideal for analytical applications that require ashing of samples, Quartz material offers low expansion, dimensional stability, and thermal shock resistance, operating temperature of 1050 deg C, size: 15 ml
Crucible, Tall Form, clear quartz glass, ideal for analytical applications that require ashing of samples, Quartz material offers low expansion, dimensional stability, and thermal shock resistance, operating temperature of 1050 deg C, size: 25 ml
Crucible, Tall Form, clear quartz glass, ideal for analytical applications that require ashing of samples, Quartz material offers low expansion, dimensional stability, and thermal shock resistance, operating temperature of 1050 deg C, size: 50 ml
Crucibles, Tall Form, material: quartz Glass, for analytical applications that require ashing of samples, low expansion, dimensional stability, and thermal shock resistance, Can withstand a continuous operating temp of 1050 deg C, 35x40mm, capacity: 15 ml
Crucibles, Tall Form, material: quartz Glass, for analytical applications that require ashing of samples, low expansion, dimensional stability, and thermal shock resistance, Can withstand a continuous operating temp of 1050 deg C, 45x45mm, capacity: 25 ml
Crucibles, Tall Form, material: quartz Glass, for analytical applications that require ashing of samples, low expansion, dimensional stability, and thermal shock resistance, Can withstand a continuous operating temp of 1050 deg C, 55x50mm, capacity: 50 ml
Crystallizing Dish, made of high quality, heavy duty, borosilicate glass, Flat bottom, no spout, Dish measures 1.5in tall, 2.75in diameter, Perfect for any science or home laboratory, Strain Point -515 deg C, Annealing Point 565 deg C, Softening Point 820 deg C, 100ml capacity
Crystallizing Dish, made of high quality, heavy duty, borosilicate glass, Flat bottom, no spout, Dish measures 1in tall, 1.6in diameter, Perfect for any science or home laboratory, Strain Point -515 deg C, Annealing Point 565 deg C, Softening Point 820 deg C, 20ml capacity
Crystallizing Dish, made of high quality, heavy duty, borosilicate glass, Flat bottom, no spout, Dish measures 2.25in tall, 3.75in diameter, Perfect for any science or home laboratory, Strain Point -515 deg C, Annealing Point 565 deg C, Softening Point 820 deg C, 500ml capacity
Crystallizing Dish, made of high quality, heavy duty, borosilicate glass, Flat bottom, no spout, Dish measures 1.25in tall, 2.25in diameter, Perfect for any science or home laboratory, Strain Point -515 deg C, Annealing Point 565 deg C, Softening Point 820 deg C, 60ml capacity
Crystallizing Dish, made of high quality, heavy duty, borosilicate glass, Flat bottom, no spout, Dish measures 1.75in tall, 3.15in diameter, Perfect for any science or home laboratory, Strain Point -515 deg C, Annealing Point 565 deg C, Softening Point 820 deg C, 150ml capacity
Crystallizing Dish, made of high quality, heavy duty, borosilicate glass, Flat bottom, no spout, Dish measures 2.25in tall, 3.75in diameter, Perfect for any science or home laboratory, Strain Point -515 deg C, Annealing Point 565 deg C, Softening Point 820 deg C, 300ml capacity
Crystallizing Dish, made of high quality, heavy duty, borosilicate glass, Flat bottom, no spout, Dish measures 1.1in tall, 2in diameter, Perfect for any science or home laboratory, Strain Point -515 deg C, Annealing Point 565 deg C, Softening Point 820 deg C, 40ml capacity
Borosilicate glass graduated cylinder, includes plastic guard and plastic detachable hexagonal base. With spout and protection collar. As per DIN EN ISO 4788 standard, Sub Div.: 1.0 ml, Tolerance: +/-1.00 ml, Capacity 100ml with 1ml graduations.
Borosilicate glass graduated cylinder, includes plastic guard and plastic detachable hexagonal base. With spout and protection collar. As per DIN EN ISO 4788 standard, Sub Div.: 0.2 ml, Tolerance: +/-0.20 ml, Capacity 10ml with 0.2ml graduations.
Borosilicate glass graduated cylinder, includes plastic guard and plastic detachable hexagonal base. With spout and protection collar. As per DIN EN ISO 4788 standard, Sub Div.: 2.0 ml, Tolerance: +/-2.00 ml, Capacity 250ml with 2ml graduations.
Borosilicate glass graduated cylinder, includes plastic guard and plastic detachable hexagonal base. With spout and protection collar. As per DIN EN ISO 4788 standard, Sub Div.: 0.5 ml, Tolerance: +/-0.50 ml, Capacity 25ml with 0.5ml graduations.
Borosilicate glass graduated cylinder, includes plastic guard and plastic detachable hexagonal base. With spout and protection collar. As per DIN EN ISO 4788 standard, Sub Div.: 0.5 ml, Tolerance: +/-1.00 ml, Capacity 50ml with 1ml graduations.
Cylinder Measuring, Graduated, Material: Borosilicate glass, Class -A glass hexagonal base, with spout, Complete with protective guard, as per ASTM E1272 standard, Blue Graduation, Sub. Div. - 0.2 ml, Tolerance - +/-0.10 ml, Capacity: 10 ml
Cylinder Measuring, Graduated, Material: Borosilicate glass, Class -A glass hexagonal base, with spout, Complete with protective guard, as per ASTM E1272 standard, Blue Graduation, Sub. Div. - 1.0 ml, Tolerance - +/-0.50 ml, Capacity: 100 ml
Cylinder Measuring, Graduated, Material: Borosilicate glass, Class -A glass hexagonal base, with spout, Complete with protective guard, as per ASTM E1272 standard, Blue Graduation, Sub. Div. - 10.0 ml, Tolerance - +/-3.0 ml, Capacity: 1000 ml
Cylinder Measuring, Graduated, Material: Borosilicate glass, Class -A glass hexagonal base, with spout, Complete with protective guard, as per ASTM E1272 standard, Blue Graduation, Sub. Div. - 0.5 ml, Tolerance - +/-0.17 ml, Capacity: 25 ml
Cylinder Measuring, Graduated, Material: Borosilicate glass, Class -A glass hexagonal base, with spout, Complete with protective guard, as per ASTM E1272 standard, Blue Graduation, Sub. Div. - 1.0 ml, Tolerance - ont-style, sans-serif: >+/-0.25 ml, Capacity: 50 ml
Cylinder Measuring, Graduated, Material: Borosilicate glass, Class -A glass hexagonal base, with spout, Complete with protective guard, as per ASTM E1272 standard, Blue Graduation, Sub. Div. - 5.0 ml, Tolerance - +/-2.00 ml, Capacity: 500 ml
Cylinder Only, 25 mL, Qty. 24 KIMAX cylinder (formerly TEKK) calibrated to deliver. Made of sturdy borosilicate glass, with a reinforced top bead and a pour spout and with a hexagonal plastic base.
Cylinder Only, 50 mL, Qty. 24 KIMAX cylinder (formerly TEKK) calibrated to deliver. Made of sturdy borosilicate glass, with a reinforced top bead and a pour spout and with a hexagonal plastic base.
Cylinder Only, 10 mL, Qty. 24 KIMAX cylinder (formerly TEKK) calibrated to deliver. Made of sturdy borosilicate glass, with a reinforced top bead and a pour spout and with a hexagonal plastic base.
Cylinder Only, 100 mL, Qty. 24 KIMAX cylinder (formerly TEKK) calibrated to deliver. Made of sturdy borosilicate glass, with a reinforced top bead and a pour spout and with a hexagonal plastic base.
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