Water Systems

Designed specifically for life science applications requiring low bacteria and endotoxin, the CLïR 5300 delivers 2.0 LPM of Type I, 18.2 Megohm water quality on demand. The water is purified using a staged purification process which includes high-purity i (1 per EA )

Of all the water purification technologies available, distillation can remove a wider range of impurities than any other single form of water purification. LabStrong Fi-Streem Stills consistently produce high quality ASTM Type II water and can remove inor (1 per EA)

Manufactured in the United Kingdom, the QWS4 230V water still combines high performance and reliability with value for money. This new Quickfit® water still features a high quality Pyrex® glass boiler and condenser. (1 per EA)

Manufactured in the United Kingdom, the QWS4 230V water still combines high performance and reliability with value for money. This new Quickfit® water still features a high quality Pyrex® glass boiler and condenser. (1 per EA)

Hydra Deionization High Capacity System with 4-1/2" Housing. Includes cartridges, water quality indicating light, outlet valve and tubing. All housings are preassembled on a wall mounting bracket. Outlet water is partially deionized with water quality (1 per EA )

Of all the water purification technologies available, distillation can remove a wider range of impurities than any other single form of water purification. LabStrong Fi-Streem Stills consistently produce high quality ASTM Type II water and can remove inor (1 per EA)

Hydra Deionization High Purity System with 4-1/2" Housing. Includes cartridges, water quality indicating light, outlet valve and tubing. All housings are preassembled on a wall mounting bracket. Outlet water is completely deionized with water quality b (1 per EA )

Designed for general laboratory applications, the CLïR 5100 delivers 2.5 LPM of Type I, 18.2 Megohm water quality on demand. The water is purified using a multi-stage purification process. In the two-step deionization stage, source water passes through hi (1 per EA )

Designed specifically for trace organics and analytic chemistry applications requiring low organics and bacteria, the CLïR 5200 delivers 2.5 LPM of Type I, 18.2 Megohm water quality on demand. The water is purified using a staged purification process whic (1 per EA )

Designed specifically for genetics applications, the CLïR 5400 delivers 2.0 LPM of Type I, 18.2 Megohm water quality on demand. The water is purified using a staged purification process which includes high-purity ion exchange resins to remove dissolved mi (1 per EA )

Designed specifically for life science applications requiring low bacteria and endotoxin, the CLïR 5300 delivers 2.0 LPM of Type I, 18.2 Megohm water quality on demand. The water is purified using a staged purification process which includes high-purity i (1 per EA )

Designed for general laboratory applications, the CLïR 5100 delivers 2.5 LPM of Type I, 18.2 Megohm water quality on demand. The water is purified using a multi-stage purification process. In the two-step deionization stage, source water passes through hi (1 per EA )

Designed specifically for life science applications requiring low bacteria and endotoxin, the CLïR 5300 delivers 2.0 LPM of Type I, 18.2 Megohm water quality on demand. The water is purified using a staged purification process which includes high-purity i (1 per EA )

Designed specifically for trace organics and analytic chemistry applications requiring low organics and bacteria, the CLïR 5200 delivers 2.5 LPM of Type I, 18.2 Megohm water quality on demand. The water is purified using a staged purification process which (1 per EA )

Designed specifically for trace organics and analytic chemistry applications requiring low organics and bacteria, the CLïR 5200 delivers 2.5 LPM of Type I, 18.2 Megohm water quality on demand. The water is purified using a staged purification process which (1 per EA )

Designed specifically for trace organics and analytic chemistry applications requiring low organics and bacteria, the CLïR 5200 delivers 2.5 LPM of Type I, 18.2 Megohm water quality on demand. The water is purified using a staged purification process which (1 per EA )

Designed specifically for trace organics and analytic chemistry applications requiring low organics and bacteria, the CLïR 5200 delivers 2.5 LPM of Type I, 18.2 Megohm water quality on demand. The water is purified using a staged purification process which (1 per EA )

Designed specifically for genetics applications, the CLïR 5400 delivers 2.0 LPM of Type I, 18.2 Megohm water quality on demand. The water is purified using a staged purification process which includes high-purity ion exchange resins to remove dissolved mi (1 per EA )

Designed specifically for genetics applications, the CLïR 5400 delivers 2.0 LPM of Type I, 18.2 Megohm water quality on demand. The water is purified using a staged purification process which includes high-purity ion exchange resins to remove dissolved mi (1 per EA )

Designed specifically for genetics applications, the CLïR 5400 delivers 2.0 LPM of Type I, 18.2 Megohm water quality on demand. The water is purified using a staged purification process which includes high-purity ion exchange resins to remove dissolved mi (1 per EA )

Designed specifically for genetics applications, the CLïR 5400 delivers 2.0 LPM of Type I, 18.2 Megohm water quality on demand. The water is purified using a staged purification process which includes high-purity ion exchange resins to remove dissolved mi (1 per EA )

Designed for general laboratory applications, the CLïR 5100 delivers 2.5 LPM of Type I, 18.2 Megohm water quality on demand. The water is purified using a multi-stage purification process. In the two-step deionization stage, source water passes through hi (1 per EA )

Designed for general laboratory applications, the CLïR 5100 delivers 2.5 LPM of Type I, 18.2 Megohm water quality on demand. The water is purified using a multi-stage purification process. In the two-step deionization stage, source water passes through hi (1 per EA )

Designed specifically for trace organics and analytic chemistry applications requiring low organics and bacteria, the CLïR 5200 delivers 2.5 LPM of Type I, 18.2 Megohm water quality on demand. The water is purified using a staged purification process whic (1 per EA )