 |
GmbH |
| SPC (System and Process Co.) |
|
GmbH |
| SPC (System and Process Co.) |
Coesfeld Materialtest produces and distributes material testing equipment for numerous fields of application and industrial branches. Focus our activities lies on chemical and petrochemical industries (plastics, rubber, paint, varnish, glue, oil, lubricants and bitumen) as well as manufacturing industries (structural elements, profiles, windows or packaging) and also the automobile industry.
· Surfaces, Paint and Coatings
· Pipes
HDT Automat
The HDT automat allows a fully automated 24/7 measurement of the HDT heat deflection temperature.
CNC-specimen cutter
The CNC controlled milling machine mills norm conform specimen fully automated for Charpy-, Izod-Tests and more.
HDT Automat
The HDT automat allows a fully automated 24/7 measurement of the HDT heat deflection temperature.
Coesfeld Tear Analyser (Fitting)
The Tear Analyzer can be fitted to on any dynamic measuring test stand for 1x1 elastomer specimen.
Wear Resistance Tester
Test appliance for determining the wear resistance of plastic coatings.
Creep Tester (electro drive)
Automated creep and relaxation test with loading up to 20 kN.
Coesfeld Materialtest produces and distributes material testing equipment for numerous fields of application and industrial branches. Focus our activities lies on chemical and petrochemical industries (plastics, rubber, paint, varnish, glue, oil, lubricants and bitumen) as well as manufacturing industries (structural elements, profiles, windows or packaging) and also the automobile industry.
· Surfaces, Paint and Coatings
· Pipes
HDT Automat
The HDT automat allows a fully automated 24/7 measurement of the HDT heat deflection temperature.
CNC-specimen cutter
The CNC controlled milling machine mills norm conform specimen fully automated for Charpy-, Izod-Tests and more.
HDT Automat
The HDT automat allows a fully automated 24/7 measurement of the HDT heat deflection temperature.
Coesfeld Tear Analyser (Fitting)
The Tear Analyzer can be fitted to on any dynamic measuring test stand for 1x1 elastomer specimen.
Wear Resistance Tester
Test appliance for determining the wear resistance of plastic coatings.
Creep Tester (electro drive)
Automated creep and relaxation test with loading up to 20 kN.
HAAGE DISTILLATION ANALYZER DA 30.15 W
The HAAGE distillation analyzer DA 30.15 W is a reliable analyzer for the determination of the boiling characters of tar products in accordance with the ASTM D20/72. The HAAGE DA 30.15 W may be employed for laboratory use as well as for the optimization of petrochemical refinery processes. The weight of the distillate is continuously and automatically recorded by a built-in electronic scale.
ESTANIT AUTOCLAVES
Due to its variety of options, Estanit’s autoclave is the technical and economical solution for applications in medicine, pharmacy, and chemistry laboratories.
HAAGE ROTATING AUTOCLAVE
Due to its variety of options, the HAAGE rotating autoclave is the technical and economical solution for applications in medicine, pharmacy, and chemistry laboratories.
HAAGE DISTILLATION ANALYZER DA 30.15 W
The HAAGE distillation analyzer DA 30.15 W is a reliable analyzer for the determination of the boiling characters of tar products in accordance with the ASTM D20/72. The HAAGE DA 30.15 W may be employed for laboratory use as well as for the optimization of petrochemical refinery processes. The weight of the distillate is continuously and automatically recorded by a built-in electronic scale.
ESTANIT AUTOCLAVES
Due to its variety of options, Estanit’s autoclave is the technical and economical solution for applications in medicine, pharmacy, and chemistry laboratories.
HAAGE ROTATING AUTOCLAVE
Due to its variety of options, the HAAGE rotating autoclave is the technical and economical solution for applications in medicine, pharmacy, and chemistry laboratories.
VERTEX PRESSURE TESTING OF GRP PIPES
Universal testing machine Inspect SH 500kN with adjustable test space
Pipe systems from centrifugally cast glass fibre-reinforced polyester resin are used primarily in the water and waste water sectors. The pipe diameter can vary here between 150mm and 4000mm...
TENSILE, COMPRESSION AND BENDING TESTS ON GRP PIPE SYSTEMS
Universal testing machine inspect 100kN with a lateral test room 50kN
GRP pipes are often part of a critical network in civil engineering, for energy suppliers or in other industrial plants. Often, not only they do transport relatively harmless substances and environmentally friendly liquids, but also chemicals, contaminated cooling or heating water, crude oil and similar.
NOMINAL RING STIFFNESS TESTING OF PLASTIC PIPES
Universal testing machine inspekt S 50kN with a working area width of 750mm
The nominal ring stiffness characterises the strength behaviour of plastic pipes in the construction, electrical and water/waste water industries and is subject to European standards...
Universal testing machine Inspekt S 5kN with central loading
Soft elastic foams are primarily used for damping and insulation. Almost all plastics are suitable for foaming...
Core Analysis
Our RPS Room Temperature is able to carry out unsteady-state gas/liquid relative permeability experiments using constant pressure method under room temperature.
The system includes two double displacement pumps, overburden pressure control, core holder, parameter metering, valves and pipes.
PVT Cell 250 ml 2000 bar Full VisibilityPVT 250/2000 FV
The phase behaviour equipment PVT 250/2000 Full Visibility can be used to analyse different G.O.R. reservoir fluids as cruOur Reservoir Fluid PVT Analysis System composed of one set of PVT instrument (PVT 250/2000 full visual 250cc) and some ancillary equipment, as gasmeter, HP pressure sample cylinders, viscometer, etc.is able to perform analysis of different GOR reservoir fluids as crude oil, volatile oil, gas condensate and gas under high pressure and temperature conditions.
Extreme Conditions
Specially dedicated to diamond anvil cells and Paris-Edinburgh press technologies, these equipment are the proof of SANCHEZ TECHNOLOGIES ability to adapt its know-how to different needs in scientific instruments.
Rock Mechanics
To continue the development of its range of triaxial press, ST has designed a press for solid deformation study working under high pressure and high temperature. The sample already preinstalled in a vessel is loaded in the center of the press.
Pumps
Volumetric pumps have been designed to find their place in any laboratory all over the world. Well known for their reliable piston, accuracy and resistance, these pumps can be used at any range of pressure, temperature or volume; with gas, liquid or even corrosive fluids. All our models can be adjusted following customer needs.
Advanced Rock Properties
The following data sets are available from this experiment as programmed by the operator:
§ Drainage Capillary Pressure
§ Imbibition Capillary Pressure
§ USBM/AMOTT Wettability Index
§ Relative Permeability
Advanced Rock Properties
Automated Linear X-Ray Scanning, developed in cooperation with major research centers and universities, provides for the series of automated linear x-ray scanning tables allow the unattended scanning of core samples, mounted in x-ray transparent core holders, during petrophysical experimentation at reservoir conditions.
Advanced Rock Properties
Formation Damage Evaluation and Simulation, FDES-200
§ Scale deposition in near wellbore environment caused by pressure decline and the mixing of incompatible brines in water injection wells.
§ The effect of fines migration caused by brine salinity changes, high production flow rates and dissolution of cementing materials.
§ Clay sensitivity.
§ Effect of drilling fluids and completion fluids including acid and alkali mud systems. The ability to reverse flow through the core sample allows the investigation of "lift off" flow rates and the effect on producing permeability of the drilling and completion fluids.
§ Return permeability investigations.
§ Investigation of the effects of acidization on the permeability.
Fluid Characteristics
Electromagnetic Viscometer (EMV)
The Core Lab Instruments (CLI) Electromagnetic Viscometer (EMV) System is based on the Cambridge Viscosity SPL440 sensor and the VP2000 viscometer controller. The SPL440 sensor is installed in a dedicated oven, permitting operation from just below ambient (with air vortex or lCO2 cooling) to its maximum operating temperature of 190 °C (374 °F).
Differential Dynamic Scale Loop a tube blocking system
The Differential Dynamic Scale Loop (DSL) by as a fully automated laboratory device is a tube blocking system to examine the precipitation and deposition of scale and other salt crystals in pipework systems like oil or water pipelines.
Stress-test of Umbilical Fluids with the Dynamic Stability Loop
The Dynamic Stability Loop (DySL) by was designed to test long-term stability of umbilical chemicals in the lab at very stringent conditions. The DySL combines up to six loops for measurements of long-term changes of viscosity and tube blocking tendencies at pressurized conditions.
· Up to 6 pressurized loops
· Heated and refrigerated bath
· Computer controlled with automated data logging
· Open and closed loop set-up
· Small sample volume
Quality control of Drag Reducing Agents with the Turbulence Rheometer
The Turbulence rheometer (TR) is a fully automated laboratory plant to research fluid currents in pipelines.
· Compact laboratory plant
· Different Reynolds numbers can be analyzed in one test run
· Minimal shear forces, no edges, constant acceleration
· Different capillary length and diameters usable
· Adaptation to customer requirements possible
High-Pressure High-Temperature Viscometer
product is the High-Pressure High-Temperature Viscometer (HPHT viscometer). With this rotational viscometer the viscosity of shear rate-dependent (newtonian) fluids as well as the viscosity of shear rate independent (non-newtonian) fluids can be measured under pressures of up to 1,500 bar (21,750 psi) and temperatures up to 200 °C (392 °F).
Pour Points measure with the Pour Point Tester PPT 45150
The portable Pour Point Tester PPT 45150 by PSL Systemtechnik is a compact lab - instrument to measure the pour point (no-flow point) of oils and oil products. The PPT 45150 measures acc. to the rotational method ASTM D5985.
Analysis of Wax Appearance and Deposition with the Wax Flow Loop
The fully automated Wax Flow Loop is a compact laboratory instrument to research deposition effects of waxes, paraffins andasphaltenes in pipelines.
· Fully automated
· Exchangeable model pipeline
· Small sample volumes from 50 ml
· Shock-cooling
· Integrated PC
· Real-time diagrams
The Differential Scanning Calorimetry (DSC) is the most popular measurement thechnique to detect endothermic and exothermic transitions like the determination of transformation temperatures and enthalpy of solids and liquids as a function of temperature. Therefore the sample and reference are maintained at nearly the same temperature throughout the experiment and the heatflux will be measured.
Because Linseis has many years of experience in constructing Differential Scanning Calorimeter, we have been able to meet highest demands for each request from research / development and quality controlwith with our DSC PT1000, DSC PT1000 HiRes, DSC PT1000 High Pressure and DSC PT1600 Series in a temperature range from -180°C to 1750°C and a pressure range from vacuum up to 300 bar.
Simultaneous TGA-DTA/DSC measures both heat flow (Differential Scanning Calorimetry) and weight changes (thermogravimetry) in a material as a function of temperature or time in a controlled atmosphere. Simultaneous measurement of these two material properties not only improves productivity but also simplifies interpretation of the results. The complimentary information obtained allows differentiation between endothermic and exothermic events which have no associated weight loss (e.g., melting and crystallization) and those which involve a weight loss (e.g., degradation).
The LINSEIS STA Platinum Series (Simultaneous Thermal Analysis) can be used to determine simultaneous changes of mass (TG) and caloric reactions (DSC) of a sample in the temperature range from –150°C up to 2400°C. The unique characteristics of this product are highest precision, highest resolution and long term drift stability. The STA Platinum Series was especially developed to meet the challenging demands of the high temperature as well as low temperature applications. To cover this broad range, several specifically designed furnace types are available. Furthermore MS (Mass Spectrometer) and FTIR Spectrometer couplings can be added to receive unique additional information. Due to its superior performance, user friendliness and modularity, the Linseis Simultaneous Thermal Analysis devices are an indispensable tool for every thermo analytical user.
Dilatometry (DIL) is a technique in which a dimension of a substance under negligible load is measured (e.g. expansion measurement or shrinkage measurement) as a function of temperature while the substance is subjected to a controlled temperature program in a specified atmosphere.
Linseis produces a wide range of Single-, Dual-, Differential-, Quattro-, Quenching-, Laser- and Optical Dilatometer in a temperature range from -180°C up to 2800°C and a resolution up to 0.3 nm. Thanks to our years of experience (est. 1953), Linseis offers Dilatometers with an unbeaten performance.
LFA - Laser Flash / XFA - Xenon Flash:
The Laser Flash technique has proven to be the fastest and most reliable technique when it comes to thermal conductivity measurements and thermal diffusivity measurements. It enables a determination from -125°C up to 600°C (Xenon Flash) or -125°C up to incredible 2800°C (Laser Flash) in the range of 0.1 W/mK ... 2000 W/mK. Additionally for very thin samples (thin films from 80 nm up to 20 µm) we developed the Linseis TF-LFA (Thin Film LaserFlash Apparatus) using the Time Domain Thermoreflectance measuring technique that complementaries the Flash Series.
Thermogravimetry (TG) is a technique in which the mass of the sample is monitored (balance) against time or temperature (thermal) while the temperature of the sample, in a specified atmosphere, is programmed. This technique serves the determination of material compositions. It is a common analysis method in the chemical and pharmaceutical industry. Thermogravimetric analysis (TGA) is performed on polymers, food, pharmaceuticals as well as many other materials.
