The K71000 Automatic Pensky Martens Closed Cup Flash Point Tester can be used for the flash point testing of a wide range of samples such as distillate fuels and biodiesel, new and used lubricating oils, residual fuel oils and cutback residua, mixtures of petroleum liquids with solids and petroleum liquids that can form a surface film during the test. It can also be used to test for contamination of products. The K71000 complies with ASTM Procedures A, B and C. Key Applications The large touch screen user interface displays all of the operator parameters and results on a single screen, making it easy to view and navigate. No gas is required (though can be used if required) using flash point detection by Thermocouple and Ionization Ring A wide temperature range of flash point operation between ambient and 405°C: The scope of the method covers the analysis of products in the temperature range of 40 to 360°C but this automated apparatus extends the range from dew point + 10°C to 400°C. An integrated dual fan which directly cools both the test cup and surrounding environment allowing faster sample cooling Automatically corrects for barometric pressure Inbuilt fire suppression system (requires inert gas) in the event of a fire Multiple calibration methods 3 position automatic lift system The in-built PC allows over 65,000 data results to be stored on the local hard drive Unlimited number of user programs, including a quick test, that safely tests from ambient, puts the flash point result into the official run, and prompts user to refresh the sample

K71000 Automatic Pensky Martens Closed Cup Flash Point Tester Overview The K71000 is an automatic closed cup flash point analyser for fuels, lubricants and other liquids, including samples with suspended solids or surface films. It delivers precise, objective results with fast cool down and simple, guided operation for routine QC and specification testing. Standards • ASTM D93 Procedures A, B and C • IP 34 • ISO 2719 • DIN EN 22719 • JIS K2265 • NF M 07-019 Key features • Wide operating range from ambient to 405 °C • Electronic ignition as standard, gas optional if required • Dual flash detection using thermocouple and ionisation ring • Automatic barometric pressure correction • Integrated dual fan cooling for rapid turnaround • Inbuilt fire suppression interface for CO2 or nitrogen • Three position automatic lift system • Multiple calibration methods and quick test mode • Large colour touchscreen with guided workflows Performance and data • High repeatability with objective digital detection • Quick test estimates flash point then runs the standard method safely • Stores more than 65,000 results on the internal PC • User management with three access levels • LIMS friendly connectivity via Ethernet and USB Typical applications • Diesel, kerosene and jet fuel QC and batch release • New and used lubricating oils • Residual fuels and cutback residua • Product contamination checks and R&D work What is included • K71000 instrument with touchscreen control and automatic lift • Test cup, cover assembly and accessories to run standard methods • Power and data cables, user documentation Summary K71000 automates Pensky Martens flash point testing with wide temperature capability, rapid cooling and robust safety features. It removes operator subjectivity, speeds throughput and provides traceable data for compliant fuel and lubricant analysis.

The Automatic Cloud and Pour Point Analyser automatically measures cloud point by Optical Detection and pour point with the Automatic Tilt Method. The instrument has separate wireless heads for pour point and cloud point. Once the sample tube is placed inside the instrument, the head can easily be placed and secured onto the instrument which then recognises the head and automatically selects the appropriate method. As liquid petroleum products cool, some hydrocarbons will begin to precipitate and crystallize into a solid. These crystals are referred to as “wax crystals. Cloud Point is the temperature of a liquid sample when the smallest observable cluster of hydrocarbon crystals first occurs upon cooling. Once the optical system detects the presence of this solid wax, the temperature within 0.1°C is recorded. ASTM D5771 is the test method that describes the detection of cloud point. This test method covers temperatures from -60 °C to + 49 °C with a temperature resolution of 0.1 °C. Pour Point is the lowest temperature at which movement of the test specimen is observed when tilted. For this method, the test specimen is examined at 1°C or 3°C intervals using a light emitter and light receiver to detect any movement. The pour point is measured using the automatic tilt method which is in accordance with ASTM D5950. This test method is designed to cover the range of temperatures from −66°C to +51°C Both Cloud and Pour Point are an index of the lowest temperature of a petroleum product or a biodiesel fuel’s use for certain applications. Flow characteristics, such as pour point, can be critical for the operation of lubricating oil and fuel systems, petroleum blending and pipeline operations.

The Koehler Air Release Value Apparatus incorporates an automatic lift system, integrated industrial touchscreen and internal balance, enabling it to provide automatic calculation of the air release value. It consists of a test vessel and airflow control equipment which deliver heated air at the specified flow rate to the oil sample which is maintained at constant temperature. The integrated touch screen guides the user throughout the whole process and provides density calculation and timing operation for measuring the air release value of the test sample. To determine air release properties, the sample is heated to a specified temperature and blown with compressed air – the temperature and timings set by a prescribed method such as ASTM 3427. Key Applications Conforms to ASTM D3427, IP 313 and related specifications Integrated Touch Screen Control Panel with windows PC Automatic Lift System that moves the test vessel from the air source to the balance sinker Automatic calculation of the final sample density for determination of the air release value Integrated Circulation Bath with a water level indicator Integrated Balance Secure Clamp Mechanism of the air tube Automated Jacketed Test Vessel draining Integrated sample preheater Safety Shield LIMS Compatibility Compressed air heater, overtemperature and overpressure protection circuitry. Sample temperature up to 75°C Option for external chiller Drying oven is available as additional accessory for warming the test oil at temperatures of up to 100°C;

K88539 Automated Air Release Analyser Overview The K88539 is a fully automated analyser for determining the air release value of turbine, hydraulic and lubricating oils. It heats the sample to the set temperature, sparges with compressed air and measures the time for entrained air to dissipate, delivering objective, repeatable results for QC and specification testing. Standards • ASTM D3427 • IP 313 • ISO 9120 • DIN 51381 • NF E 48-614 • NF T 60-149 • BS 2000 Part 313 Key features • Integrated touchscreen control with guided workflow • Automatic lift moves the test vessel between air source and balance sinker • Automatic density determination for air release value calculation • Integrated circulation bath with level indicator • Integrated balance and secure air tube clamp • Automated draining of the jacketed test vessel • Safety shield and LIMS compatible data export Performance and benefits • Objective digital imaging and sensors remove operator subjectivity • Consistent timing and density correction improve precision and traceability • Short test cycles support high throughput in busy labs • Ambient to 75 °C test temperature range Typical applications • Refinery, blending plant and lubricant manufacturer QC • Aviation turbine and kerosene specification testing • Hydraulic and turbine oils development and benchmarking • Incoming goods checks and batch release What is included • K88539 instrument with touchscreen, circulation bath and integrated balance • Test vessel, air flow control, clamps and accessories to run the standard method • USB or network data export; LIMS connectivity options Summary The K88539 automates ASTM and IP air release testing with precise temperature control, automatic density calculation and robust safety features, providing fast, traceable results that improve accuracy, repeatability and laboratory productivity.

Hellma Katana XP12 is the process ready 3-bounce ATR probe for applications measuring high optical density liquids, pastes, and highly concentrated suspensions for spectroscopic analysis in the UV/Vis range.

The KATflow 150 is the premier product for flexibility and performance, providing the user with a comprehensive specification and a list of configuration options. The practical modular design and the wide variety of different transducer types available ensure this instrument is suitable for everything from simple water flow measurements to energy flow monitoring and automated process control. The KATflow 150 is an advanced ultrasonic flowmeter for permanent installation. The dual-channel design allows the user to either save cost and time by performing two independent measurements simultaneously or to install two pairs of transducers on a single pipe for locations where there are non-ideal flow conditions. Where this is used the sum, difference, average and maximum calculations are available in order to provide further processing of the data.

For applications where harsh environmental conditions demand a more rugged instrument, the KATflow 170 provides a corrosion-resistant option as part of a fully ex-certified package. The flowmeter is intended for permanent operation in Zone 1 and 2 hazardous areas and is an economical choice for a variety of metering applications. The KATflow 170 demonstrates that even the most complex technical requirements can be met with straightforward solutions. The KATflow 170 flowmeter is designed around a choice of explosion-proof housings available in either offshore industry compliant epoxy-coated copper-free aluminium, or stainless steel. The instrument is extremely easy to use and is programmed with a magnetic pen and a glass-fronted keypad for increased safety. The robustness and reliability of the KATflow 170 is further enhanced by its encapsulated IP 68 transducers which are manufactured from stainless steel and have a sturdy cable conduit.

The KATflow 200 is a fully portable non-invasive flowmeter with a power which is belied by its small size. This lightweight flowmeter is incredibly easy to use and can be operated one-handed which makes it an ideal tool for use in confined spaces or when working at height. The KATflow 200 offers measurement performance normally associated with more complex and expensive devices and is complemented by the exceptional quality and robustness of the Katronic transducers. The hand-held KATflow 200 is packed with features that make this versatile instrument unique for a meter of its size and price bracket. The flowmeter is available with a choice of robust stainless steel transducers to cover a temperature range of -30 °C to +250 °C and provides an autonomy of 24 hours using the convenience of NiMH AA batteries. It can be supplied with three different transport case options to suit customer requirements, has a large internatal data logger and an optional wall thickness gauge.

Parallel Reactor Station: Keiron S The Keiron S system is designed for experimental research and process analytical control. It comprises 1–10 independently operable reactor cells with configurable working volumes of 15 mL, 85 mL, and 160 mL, Other volumes available upon request. The modular design enables precise adjustment and high reproducibility of process-critical parameters, supporting controlled experimental conditions. Continuous 24/7 data acquisition from each reactor cell ensures full process monitoring and enables downstream data-driven analysis, significantly improving transparency, comparability, and scalability of results. The operating temperature range of −20 °C to +160 °C provides broad methodological flexibility for studying diverse material systems under varying thermodynamic conditions. With a scalable software architecture, Keiron S can operate as a single system or as multiple instances within an AME server environment. It can also be integrated into existing infrastructure upon request. Role-based user management enables simultaneous execution of private and shared experiments within the same system, ensuring efficient resource use while maintaining access control and data integrity. Process automation has been streamlined to reduce setup time, improving operational efficiency, reproducibility, and R&D throughput. The system includes a 2-year service agreement ensuring operational reliability and predictable maintenance costs. In case of service needs, a loan or replacement unit is provided to ensure uninterrupted operation. • Modular plug-and-play design with compact footprint and fast cell exchange • Sustainable and cost-efficient design with fully replaceable components • 2-year service agreement and warranty with optional extension

Lab scale stirred pressure vessels to 20 litres in stainless steel or Hastelloy. Magnetically coupled stirrer, jacketed for temperature control or with direct electrical heating. Distillation options available.

Kleerband flange protectors elongate the life of the asset by protecting the flange face, studs and gaskets on raised face, full face and ring joint flanges from atmospheric corrosion. Along with being able to withstand harsh environmental conditions, the transparent vinyl band allows you to visually inspect the flange without the need to remove it. Other advantages of Kleerband flange protectors are that they are totally reusable and non-stick, installation is quick with no specialist tools needed, and the integrated grease injection and relief vent ensures full cavity loading and moisture-proof seal.

It's the cockpit for your digital laboratory labworldsoft® 6 laboratory software networks, controls, and evaluates: Over 700 laboratory instruments, mini-plant systems, and technical items from more than 55 manufacturers are pre-installed in your new laboratory cockpit. We would be more than happy to implement your desired device in the equipment library if it isn't already there. labworldsoft® 6 lets you digitize your laboratory. All the equipment can be operated right from your PC: You can specify dependencies between processes, automate routine tasks, define measured value representation and real-time calculations.