Use Haemo-Sol anywhere you need a chemically clean apparatus, part, or instrument. The following are some examples of the different items Haemo-Sol has been used to clean:
Glassware
Pipettes
Syringes
Tubing
Suture Needles
Dental Instruments
Surgical Instruments
Nursery Bottles
Surgical Appliances
Blood Bank and Transfusion Equipment
Laboratory Equipment
Dental, Medical, and Veternarian Devices
Printed Circuitry, Semi-Conductors, and Other Electronic Components
IS HAEMO-SOL SAFE TO HANDLE AND USE?
Haemo-Sol contains no OSHA hazardous ingredients. Normal, traditional safety practices, similar to those used when handling any industrial chemical, are recommended. Routes of exposure include eye or skin contact and ingestion.
Each formulation is basic, and contact with eyes may cause damage to sensitive tissue, including the cornea. Extensive rinsing of the eye is strongly recommended. Safety goggles are also advised. Contact with the skin may cause irritation and extensive rinsing of the affected area is recommended. Ingestion may cause burns or gastrointestinal upset. If this occurs, drink large quantities of water and seek medical attention immediately.
HMIS ratings for all Haemo-Sol formulations are Health (1), Flammability (0), and Reactivity (0).
HOW CAN YOU OBTAIN TECHNICAL INFORMATION ABOUT THE PHYSICAL AND CHEMICAL PROPERTIES OF HAEMO-SOL?
Complete information about Haemo-Sol is outlined in the Material Safety Data Sheets (MSDS) for Haemo-Sol Regular, Haemo-Sol Non Sudsing, Haemo-Sol Enzyme Active, and Haemo-Sol Non-Phosphate.
These data sheets can be accessed on the website or by emailing Haemo-Sol, Inc.We will be happy to send you the appropriate MSDS for the product you are using.
Haemo-Sol contains no ozone-depleting chemicals, either in the product or the packaging. It is biodegradable and non-toxic. It has an extremely long shelf life; however, it should be stored at reasonable temperatures and humidity.
HOW CAN YOU DETERMINE OPTIMAL RINSING CONDITIONS?
Although all of the Haemo-Sol products are quite soluble in water and rinse away efficiently, it may be necessary to test the rinse water for residual detergent. This allows the user to establish the most efficient wash and rinse protocol for a particular application.
Since a solution of Haemo-Sol has a basic pH (a 1% solution of Regular has a pH of 10.25 ± 0.5; N.S. a pH of 11.5±0.5; E.A. a pH of 10.0 ±0.5; and Non-Phosphate a pH of 10.25±0.5), measuring the pH rinse water before and after provides a measure of rinse efficiency. A variety of indicators, pH paper, or pH meters are available to perform this test.
Other solution parameters may also be monitored. These include the surface tension, sodium or phosphate concentration, total ultraviolet absorption of light, conductivity, and resistance of the rinse water.
The user may wish to develop specific tests to address unique concerns.