
LOVIBOND
Frequently asked questions
Common questions about LOVIBOND from 3G Electric.
What is the difference between the LOVIBOND dip slides with different agar types?
The agar type determines which microorganisms the slide will detect. TTC/MALT is used for general surface contamination including Penicillium notatum. SRB agar targets sulfate-reducing bacteria in fluids. TTC/MAC detects Aerogenes bacteria. TTC/PDM is for aerobic microorganisms and Pseudomonas species including Pseudomonas aeruginosa. TTC/E.COLI is for fluids and detects aerobic microorganisms, E. coli, other coliforms, and Pseudomonas spp. MAC/PDM targets other Pseudomonas species in fluids and surfaces. TTC/ROSE detects Candida spp. on surfaces. Each slide has a stated minimum detection level, typically 100 CFU/mL, and is supplied under a specific manufacturer part number.
What does the LOVIBOND portable colorimeter measure and what is its accuracy?
The LOVIBOND portable colorimeter in the 3G Electric catalogue is a single-parameter instrument configured to measure molybdenum concentration in water samples. It uses an LED light source and a digital display. The stated accuracy is 3%. It is a handheld unit suitable for field or laboratory use. The manufacturer part number is 280191. Because it is a single-parameter colorimeter, it is specific to molybdenum and cannot be re-configured for other tests without a different instrument or reagent set. Buyers should confirm the required test parameter and range before ordering.
Are LOVIBOND dip slides suitable for testing industrial coolants and process water?
Yes. Several LOVIBOND dip slides are specified for fluids, including coolants and process water. The SRB slide is used for detecting sulfate-reducing bacteria in fluids. The TTC/E.COLI slide is used for fluids and detects aerobic microorganisms, E. coli, other coliforms, and Pseudomonas spp. The MAC/PDM slide is for fluids and surfaces and targets other Pseudomonas species. These slides are used for routine microbiological monitoring where a simple dip-and-incubate method is appropriate. The stated minimum detection level for the fluid-rated slides is typically 100 CFU/mL. Incubation and reading follow the manufacturer's instructions.
What is the minimum detection level of LOVIBOND dip slides?
Most LOVIBOND dip slides in the 3G Electric catalogue have a stated minimum contamination testing level of 100 CFU/mL. This applies to the TTC/MALT, SRB, TTC/MAC, MAC/PDM, and TTC/ROSE slides. The TTC/PDM and TTC/E.COLI slides are listed by their target organisms rather than a single minimum detection figure, but they are used in the same semi-quantitative way. The detection level is a nominal figure for the method; actual sensitivity depends on incubation time, temperature, and sample handling. Users should follow the manufacturer's instructions for the specific slide.
Can 3G Electric supply LOVIBOND dip slides and colorimeters together?
Yes. 3G Electric lists both the LOVIBOND portable colorimeter and the dip slide range in its catalogue. The dip slides are available with TTC/MALT, SRB, TTC/MAC, TTC/PDM, TTC/E.COLI, MAC/PDM, and TTC/ROSE agar. The colorimeter is the single-parameter molybdenum unit with manufacturer part number 280191. Because these are separate product families, a buyer can request a quote for a combination of instruments and consumables. Manufacturer part numbers are provided for each item to allow cross-referencing. Availability and lead time are confirmed at the time of quotation.
What are the typical applications for LOVIBOND dip slides in industrial settings?
LOVIBOND dip slides are used for hygiene monitoring on equipment and work surfaces, and for microbiological testing of industrial fluids such as coolants and process water. Specific applications include checking for surface contamination with TTC/MALT or TTC/ROSE, monitoring sulfate-reducing bacteria in fluids with SRB agar, and testing for E. coli and coliforms in water systems with TTC/E.COLI. They are also used to detect Pseudomonas species with TTC/PDM or MAC/PDM. The slides provide a semi-quantitative result after incubation and are read against a reference chart. They are intended for routine monitoring, not for regulatory compliance testing unless validated for that purpose.
