Laboratories - Import export

Step by step: From taking the test sample up to the large-scale regeneration of your catalysts Stept 1: Sample taking Let us know when a sample can be taken from the SCR reactor. We will gladly do this for you. Step 2: Analysis Why is the catalyst no longer active? By an analysis of the catalyst sample we get a general overview about the chemical condition of the catalytyst. Step 3: Diagnosis By evaluation of the chemical analysis we find out the cause of the inactivation and determine the necessary regenerations steps. Step 4: Test Regeneration / Measurement Regenerations are executed under laboratory conditions to determine the ideal regeneration procedure. Activity (k) and SO2/SO3 conversion rate will be measured after this in the bench scale. Guarantees The results of the test regeneration are the basis for the guarantee values, which are part of a regeneration offer.

Moisture content, loss on ignition – Particle size distribution – open porosity – Water absorption – Bulk density / Grain volume weight – Bulk density DIN 51081:2002-12 - Testing of oxidic raw materials and materials - Determination of mass change during annealing. DIN EN ISO 26845:2008-06 - Chemical analysis of refractory products - General requirements for wet chemical analysis, atomic absorption spectrometry (AAS) methods, atomic emission spectrometry with excitation by an inductively coupled plasma (ICP-AES). DIN EN 993-18:2002-11 - Test methods for dense shaped refractory products - Part 18: Determination of apparent density of granular materials by the water displacement method under vacuum.

We offer you all common analytical techniques for quantitative and semi-quantitative XRF, X-ray fluorescence analysis of various materials on up to 71 elements of solids. Fast and reliable analyses with high precision and accuracy down to the trace element range, on request as an immediate service – accredited test procedures – Wide element range up to 71 elements from fluorine to uranium in one measurement run, suitable for product and raw material monitoring or analysis of unknown materials –Various preparation techniques such as melt fusion, powder compaction, non-destructive measurements

Total carbon, TC - Total inorganic carbon, TIC, CO2 - Total organic carbon, TOC - Carbidically bound carbon, free carbon We determine the carbon modifications for you: Total carbon, TC - Total inorganic carbon, TIC, CO2 - Total organic carbon, TOC - Carbidically bound carbon, free carbon in different matrices like soils and rocks, oxidic raw materials, carbides and other materials.

Compact, high-performance tabletop unit for effective lyophilisation of specimens in your everyday lab activities. The LSCbasic user interface makes the work very easy. You can choose from a wide range of configurations to adapt the freeze dryer optimally to your specific needs. The condenser temperature of –55 °C enables the drying of aqueous products. Special Features: - 5.7“ color touchscreen with clear layout - Manual or automatic process continuation - Interactive graphical display of the system schematic - Extensive messages (cause, action, effect) - Maintenance intervals for vacuum pump and system - Multiple language options - Selectable units for temperature and pressure - Integrated sublimation curve - Automatic process sequences ensure reproducible results - Process data acquisition and optional data exchange over USB or LAN - EntryPackage: Powerful complete package at an attractive package price with short delivery time

We offer you the classification of 'old mineral wool' or such mineral fibres without RAL quality mark regarding their carcinogenic risk potential The carcinogenicity index, KI, is a dimensionless quantity and is determined according to the material composition of the mineral fibres to be evaluated. According to IFA / BIA method 7488, it is calculated from the sum of the mass contents (in MA-%) of Na2O, K2O, CaO, MgO, BaO and B2O3 minus twice the mass content of Al2O3. Vitreous mineral fibres are classified according to the KI according to TRGS 905 as follows, if their dimensions correspond to the WHO - fibre - definition: (length > 5µm, diameter < 3 µm, ratio length : diameter > 3 : 1) Glassy WHO fibres with a carcinogenicity index KI <= 30 are classified in category 1B. WHO vitreous fibres with a carcinogenicity index KI > 30 and KI < 40 are classified in category 2. WHO vitreous fibres shall not be classified as carcinogenic if their carcinogenicity index KI >= 40.

The term asbestos stands for a group of very resistant and non-flammable minerals with a fibrous structure. Until the beginning of the 1990s they were mainly used for thermal insulation or fire protection. Asbestos is found in brake pads and clutches, in electrical appliances, in machines and technical equipment, in heating systems and, above all, as a building material in a great many buildings. Asbestos fibres that enter the lungs can cause asbestosis, hardening and scarring of connective tissue, and cause cancer. In the meantime it has also been proven that asbestos substitutes, such as artificial mineral fibres, KMF, can cause cancer.

Motic Microscope B1-220E-SP - Microscope for Educational and Laboratory use Observation Tube Binocular 45°, F.N.18 Widefield eyepieces WF10X/18mm Quadruple revolving nosepiece Semi-paln objectives SP 4X, 10X, 40X S, 100X S-Oil Coaxial coarse and fine focusing system with tension adjustment Built in low position coaxial, rackless mechanical stage Focusable 1.25 N.A. Abbe condenser with iris diaphragm LED illumination 3W with intensity control Power supply 100V-240V (CE) dust cover and immersion oil

Heavy Stone Plate. Polished and smooth. Shock-absorbing Tape under the Plate minimises vibration. This tape also prevents the undermining of chemicals. Granite Stone is highly durable. The polished and sealed surface also allows for use in clean rooms. The leveling is done by the feet of the established scales or units. Delivery is made by forwarding agency. Freight costs as incurred.