Powerful, earth-friendly cleaners available in a wide range of formulas to meet specific cleaning requirements for reusable instruments and equipment prior to sterilization. These cleaners are designed to quickly and efficiently remove blood, feces, urine, mucus, fat, sweat, tissue, and other biological debris. Common uses include cleaning diagnostic and surgical instruments, life-support devices, hospital furnishings, and institutional linens.
We understand how critical it is to get the industrial cleaning done so your plant can continue operating at peak efficiency. Our cleaners remove dirt, grease, oil, metal fines, flux, and other particulates from stamped metal, parts and equipment without the hazards associated with solvents. Our cleaners are also proven in removing soils from filter membranes used in wastewater treatment systems.
Effective cleaning of machined or formed parts is a key step in all manufacturing processes. At IPC, we understand for a surface to be successfully plated or painted, it must first be free of contaminants. Our cleaners remove dirt, cutting oil, metal fines, flux, and other particulates from stamped metal and precision parts without the hazards associated with solvents. An economical 1-2% concentration in water is effective for most cleaning applications. Our cleaners are also proven in removing soils from filter...
Our cleaners are used in the manufacturing of semiconductors, flat panel displays, CDs, DVDs, and many other electronic items. They remove emulsions, particulates, oil, organic and inorganic contaminants from quartz, wafers, glass, silicon, ceramics, and metals. When rinsed properly our products leave no residue and your precision parts are ready for further processing.
A superior process in a complex industrial environment. Process: The most important advantage of Inliner to our industrial customers is the superiority of our processes. In your plant or building, you need safe, skilled, and experienced installers capable of working in a small area, with attention to limiting downtime and minimal disruption to plant activity. Our pipe professionals understand and respect the care and discipline required by a complex industrial environment.
A number of treatment products are often added to prevent corrosion, scaling and fouling. Coating of sensors and other effects of these products must be taken into account when selecting analyzers. Discharge monitoring needs special attention because zero measurements must be reliable over time with little maintenance.
Control of wastewater is increasingly becoming important to avoid potential environmental and increasing legal consequences. Accurate pH, O2, conductivity and turbidity measurements are critical in modern wastewater treatment. METTLER TOLEDO offers reliable, cost-effective solutions to control industrial effluents.
Multiphase flows are complex and unpredictable however they have a significant bearing on the safety, costs and revenues of many processes – particularly in oil and gas, but also in aerospace, chemicals and other sectors.
With predefined formulas or concentration tables the density meter converts the measured density value automatically into the desired concentration unit. The density meters from Mettler Toledo have already built in formulas and concentration tables for the most common applications.
A lot of research is carried out in laboratory and on real fires as to the gaseous substances produced in fire effluent. Measurement principles using analytical instrumentation are becoming more widely used in fire testing, due to the quick, real-time nature of the measurements. ISO 19702 is an international standard developed for the use of FTIR analysers in the analysis of gas from fire effluents. Further to this, local test standards such as DIN 5510, applicable to the railway industry, can provide further...
Capnography is the monitoring of the concentration or partial pressure of carbon dioxide (CO2) in the respiratory gases. The CO2 concentration during a single breath is measured in a high temporal resolution to monitor the condition of the lungs.
Laboratories that analyze drinking water and wastewater form a critical component of our public health infrastructure, guided by criteria in legislation including the Safe Drinking Water Act (SDWA) and the National Pollution Discharge Elimination Program (NPDEP). These facilities are required to handle high volumes of sewage and drinking water to analyze for wet chemistry and microbiology before discharge into community water systems. This requires the facilities to maintain continuous sampling programs, thorough...
National Laboratories and University Research Laboratories explore and develop cutting edge technology: materials, energy, weapons, nanotechnology, etc. Utilizing radioactive materials in such research is common. Monitoring and detecting effluent nuclides and energies is critical in research development efforts. US Nuclear Corp provides specific and uniquely tailored instrumentation to achieve that goal.
This method reduces or removes potential interference from sodium, potassium and phosphates normally present in serum and urine by diluting the samples with a diluent containing ethylenediaminetetraacetic acid (EDTA). There was no effect from the presence of dissolved proteins on the calcium signal; the protein remains in solution when the serum is diluted with ≤0.15M EDTA. Prepared diluted samples contained 0.1-0.3mEq/l of calcium in urine and 1-3mM/l in serum, with an accuracy of ± 0.1mEq/l .
These methods are adapted from methods for the determination of sodium and potassium in fatty-acid methyl ester samples. The sample is diluted with an organic solvent (xylene, cyclohexane or petroleum ether) plus a stabiliser.
Our instruments can detect VOC at a very low concentration which means that contamination or fugitive VOC can be sensed. Ensuring a clean environment is very important in the semiconductor industry so using the Ion Science PID is the perfect solution to achieve the highest level of product quality control.
With a VOC detection capability even in the harshest of simulated environments, our instruments are perfect for test and research facilities. No other instrument range offers a full and comprehensive solution to data logging and data download which means data extraction and review is fast and fluid using an Ion Science solution.
The chemical industry is often faced with serious challenges in treating wastewater effectively. Wastewater streams can contain a broad spectrum of organic compounds such as solvents, detergents, polymers, pesticides, or surfactants – to name just a few. Such compounds often pose a real threat to human health and the environment. Many compounds cannot be destroyed using conventional treatment methods such as biological treatment, and disposal of wastewater by incineration is a significant operation cost.