Hanna Cuvette Cleaning Solution (230 mL) - HI93703-50
Hanna Cuvette Cleaning Solution (230 mL) - HI93703-50 is backordered and will ship once an order is placed. Contact us for delivery timeframes.
Couldn't load pickup availability
Care Information
Care Information
EMA Recommends the following water chemistry:
LPS Coral
PAR 80-170
Salinity: 35ppt
KH: 7.5
Calcium: 420
Magnesium: 1400
Nitrate 10ppm
Phosphate 0.1ppm
SPS Coral
PAR 250-500
Salinity: 35ppt
KH: 7.5
Calcium: 420
Magnesium: 1400
Nitrate 10ppm
Phosphate 0.1ppm
*Information is presented as a guide only.
Delivery and Shipping
Delivery and Shipping
We offer Courier Services, Same Day Airfreight & Store Collection to suit a range of customers.
Questions? Get in touch!
EMA's Promise.
Qualified, Honest Advice Using Techniques & Protocols that we use ourselves.
Description
Description
The glass cuvette is an important component of the optical system in all colorimetric and turbidimetric measurements. Light reaches the sample by first passing through the cuvette glass. Based on the sample, the light is absorbed, transmitted, or scattered. As a result, the measurement can be affected if the cuvette glass has imperfections, dirt, dust, scratches, or fingerprints present.
Special care must be taken in cleaning, preparing, and handling the cuvette. After washing with the HI93703-50 anti-static cleaning solution, cuvettes should be well rinsed multiple times with distilled or deionized water and allow to air dry completely.
Anti-static formulation
- An alcohol based solution that will clean the glass and not leave any haze. The anti-static formulation helps prevent any lint from sticking to the glass that is clean.
- Ensures quality and freshness of solution
- Hanna cleaning solutions are specially formulated to have an expiration of 5 years from manufacture for an unopened bottle.
Payment & Security
We offer a number of different payment methods, including Credit Card, Afterpay, Q Card, Pay at Collection, Bank Transfer and POLi.
Credit card payments are processed securely using the highest possible security protocols.