A test bath comprising two Dewar vessels mounted in a lagged cabinet. The test jars are supported in cradles inside the Dewars.

A stainless steel water bath digitally temperature controlled to ±0.1°C over a temperature range of ambient to 100°C.

A stainless steel water or oil bath digitally temperature controlled to ±0.1°C over a temperature range of ambient to 150°C.

Electrically heated with a two speed stirrer (for ASTM D93-IP34 Methods A and B) variable control of temperature rise rate stainless steel case and a test flame which runs from an external supply of Natural (methane) Coal or LP Gas.

A stainless steel water or oil bath with a temperature range of ambient to 150°C, temperature controlled to ±0.1°C by a top mounted thermostir circulator with integral over-temperature and low fluid level protection devices.

A solid block oxidation bath and control unit for oxidation or thermal stability tests.

The 16620-0 is an aluminium solid block bath that can maintain a set temperature to within ±0.5°C across a range of 50 to 375°C, and can accept twelve 27mm oxidation cells (16720-0).

30000-0 Setaflash 3 is an easy to use instrument that can complete a flash/no-flash test in less than two minutes and in many cases in 60 seconds, or determine the flash point of a sample within a temperature range of 0° to 300°C.

33000-0 Setaflash 3 is an easy to use instrument that can complete a flash/no-flash test in less than two minutes, or determine the flash point of a sample within a temperature range of 0° to 300°C.

‘Active cool’ is the latest Setaflash instrument for testing the flash point of liquids and semi-solids using the Rapid Equilibrium method.

‘Active cool’ is the latest Setaflash instrument for testing the flash point of liquids and semi-solids using the Rapid Equilibrium method.

The instrument is configured as a universal base unit with a choice of interchangeable modules that implement Pensky-Martens (A and B), Abel, Cleveland, Tag, Small Scale (Setaflash Rapid Equilibrium), and Equilibrium tests. Each module conforms to the requirements of the appropriate test method and special emphasis has been put on using water baths where these are mandated in test methods.

The module conforms precisely to national and international Pensky-Martens Closed Cup standard test methods. It comprises a heated cup and lid, and a DIPS pod (Dipping, Ignition, Pilot, Stirrer) containing the ignitor dipping mechanism, the gas and electric ignitors and a stirrer. Interchanging the test module is straightforward and completed in just a few minutes and the base unit recognises the module that is connected and instantaneously sets up standard test parameters and calibration data.

The module conforms precisely to national and international Abel test methods. It comprises a water/air bath, sample cup and lid, temperature probes, flash detector, and a DIPS pod (Dipping, Ignition, Pilot, Stirrer) containing the ignitor dipping mechanism with co-axial gas/electric ignitor, and a stirrer. Interchanging the test module is straightforward and completed in just a few minutes and the base unit recognises the module that is connected and instantaneously sets up standard test parameters and calibration data.

The module conforms precisely to national and international Cleveland open cup test methods. It comprises a sample cup, temperature probe, flash/fire detector, and a DIPS pod (Sweeping, Ignition, Pilot, Stirrer) containing the ignitor sweeping mechanism with co-axial gas/electric ignitor.

The module conforms precisely to national and international TAG closed cup test methods. It comprises a water bath, sample cup and lid, temperature probes, flash detector, and a DIPS pod (Dipping, Ignition, Pilot, Stirrer) containing the ignitor dipping mechanism with co-axial gas/electric ignitor, and a stirrer.

The 34700-0 Small Scale module is used with the 34000-0 MultiFlash Universal Base unit. The module conforms precisely to national and international Small Scale Rapid Equilibrium closed cup test methods. It comprises a solid block bath, sample cup and lid, temperature probe, flash detector, and a DIPS pod (Dipping, Ignition, Pilot, Stirrer) containing the ignitor dipping mechanism with co-axial gas/electric ignitor.

The 'Series 7' is a fully automated closed cup flash point tester that can complete a flash/no-flash test in less than two minutes, or determine the flash point of a sample.

The 'Series 7Plus' is a fully automated closed cup flash point tester that can test for flashpoint to sub-ambient levels. A complete flash/no-flash test is possible in less than two minutes, or alternatively the instrument can automatically determine the flash point of a sample.

The 'Series 7Plus - corrosion resisting' is a fully automated closed cup flash point tester fitted with a corrosion resisting stainless steel cup insert and is particularly suitable for use within the waste industry.

The 83541-3 is a compact version of the 83542-0 kinematic viscometer, with one temperature controlled bath providing capacity for six Setavis viscometer tubes and six simultaneous measurements. Complete with integral 6-channel timer and vacuum pump.

The Seta KV-8 has a 50 litre temperature controlled oil bath that can accommodate up to eight standard viscometer tubes.

Seta KV-5 is a 40 litre litre temperature controlled bath that can accommodate up to five standard viscometer tubes. Digital temperature control and an inbuilt cold water cooling coil provide accurate and stable test temperatures from ambient to 100°C ±0.02°C. The bath is protected by overtemperature and low fluid level cut-outs.

The IQT is a compact combustion based analytical instrument for a precision measurement of cetane rating and ignition quality characteristics of diesel and bio diesel fuels. It can also be used as an R&D tool for screening alternative diesel fuel formulations with novel cetane boost chemistries. The IQT is manufactured by Advanced Engine Technology (AET) and exclusively distributed by Stanhope-Seta in Europe and India.

A microprocessor controlled Pensky-Martens closed cup flash point tester with barometric pressure measurement and automatic flash detection.

Automated cloud point determination of samples that are transparent through 40mm thickness, and have viscosities up to 140mm2/s (cSt) at 40°C. Up to 20 samples can be tested in one cycle without operator intervention when used with the optional carousel. The Autocloud Analyser is controlled from the users own pc via the windows compatible Autocloud software.

Four 2 litre compartments independantly temperature controlled between ambient and -51°C by a two stage CFC free refrigeration system. Each compartment can accommodate four graduated jars. A ‘spare’ canister of R507 is built into the refrigerator to allow easy recharging of the second stage.

A bench top bath with integral refrigeration that can accommodate up to 4 viscometer tubes.

Determines the low-temperature flow characteristics of diesel fuels gas oils and other distillate fuels including those containing flow improving additives.

A unique secondary reference material that provides traceable validation of different test parameters from one sample. Rapid global delivery and compliance with ISO 17025 & ISO 9001 requirements, mean that Seta's verification materials offer readily available support for laboratory accreditation and compliance programmes.

A unique secondary reference material that provides traceable validation of different test parameters from one sample. Rapid global delivery and compliance with ISO 17025 & ISO 9001 requirements, mean that Seta's verification materials offer readily available support for laboratory accreditation and compliance programmes.

A unique secondary reference material that provides traceable validation of different test parameters from one sample. Rapid global delivery and compliance with ISO 17025 & ISO 9001 requirements, mean that Seta's verification materials offer readily available support for laboratory accreditation and compliance programmes.

A unique secondary reference material that provides traceable validation of different test parameters from one sample. Rapid global delivery and compliance with ISO 17025 & ISO 9001 requirements, mean that Seta's verification materials offer readily available support for laboratory accreditation and compliance programmes.

A unique secondary reference material that provides traceable validation of different test parameters from one sample. Rapid global delivery and compliance with ISO 17025 & ISO 9001 requirements, mean that Seta's verification materials offer readily available support for laboratory accreditation and compliance programmes.

A unique secondary reference material that provides traceable validation of different test parameters from one sample. Rapid global delivery and compliance with ISO 17025 & ISO 9001 requirements, mean that Seta's verification materials offer readily available support for laboratory accreditation and compliance programmes.

A unique secondary reference material that provides traceable validation of different test parameters from one sample. Rapid global delivery and compliance with ISO 17025 & ISO 9001 requirements, mean that Seta's verification materials offer readily available support for laboratory accreditation and compliance programmes.

Seta Single Test Verification Materials (STVM) enable individual tests and instruments to be validated. The volume of verification material in each container has been chosen to ensure that there is little wastage after completion of verification tests, and reducing the risk using a verification material that has been accidentally contaminated by another user. STVMs allow highly accurate monitoring of instrument performance and operator technique.

Seta Single Test Verification Materials (STVM) enable individual tests and instruments to be validated. The volume of verification material in each container has been chosen to ensure that there is little wastage after completion of verification tests, and reducing the risk using a verification material that has been accidentally contaminated by another user. STVMs allow highly accurate monitoring of instrument performance and operator technique.

Seta Single Test Verification Materials (STVM) enable individual tests and instruments to be validated. The volume of verification material in each container has been chosen to ensure that there is little wastage after completion of verification tests, and reducing the risk using a verification material that has been accidentally contaminated by another user. STVMs allow highly accurate monitoring of instrument performance and operator technique.

Seta Single Test Verification Materials (STVM) enable individual tests and instruments to be validated. The volume of verification material in each container has been chosen to ensure that there is little wastage after completion of verification tests, and reducing the risk using a verification material that has been accidentally contaminated by another user. STVMs allow highly accurate monitoring of instrument performance and operator technique.

Seta Single Test Verification Materials (STVM) enable individual tests and instruments to be validated. The volume of verification material in each container has been chosen to ensure that there is little wastage after completion of verification tests, and reducing the risk using a verification material that has been accidentally contaminated by another user. STVMs allow highly accurate monitoring of instrument performance and operator technique.

Seta Single Test Verification Materials (STVM) enable individual tests and instruments to be validated. The volume of verification material in each container has been chosen to ensure that there is little wastage after completion of verification tests, and reducing the risk using a verification material that has been accidentally contaminated by another user. STVMs allow highly accurate monitoring of instrument performance and operator technique.

Seta Single Test Verification Materials (STVM) enable individual tests and instruments to be validated. The volume of verification material in each container has been chosen to ensure that there is little wastage after completion of verification tests, and reducing the risk using a verification material that has been accidentally contaminated by another user. STVMs allow highly accurate monitoring of instrument performance and operator technique.

Seta Single Test Verification Materials (STVM) enable individual tests and instruments to be validated. The volume of verification material in each container has been chosen to ensure that there is little wastage after completion of verification tests, and reducing the risk using a verification material that has been accidentally contaminated by another user. STVMs allow highly accurate monitoring of instrument performance and operator technique.

Seta Single Test Verification Materials (STVM) enable individual tests and instruments to be validated. The volume of verification material in each container has been chosen to ensure that there is little wastage after completion of verification tests, and reducing the risk using a verification material that has been accidentally contaminated by another user. STVMs allow highly accurate monitoring of instrument performance and operator technique.

Seta Single Test Verification Materials (STVM) enable individual tests and instruments to be validated. The volume of verification material in each container has been chosen to ensure that there is little wastage after completion of verification tests, and reducing the risk using a verification material that has been accidentally contaminated by another user. STVMs allow highly accurate monitoring of instrument performance and operator technique.

Seta Single Test Verification Materials (STVM) enable individual tests and instruments to be validated. The volume of verification material in each container has been chosen to ensure that there is little wastage after completion of verification tests, and reducing the risk using a verification material that has been accidentally contaminated by another user. STVMs allow highly accurate monitoring of instrument performance and operator technique.

Seta Single Test Verification Materials (STVM) enable individual tests and instruments to be validated. The volume of verification material in each container has been chosen to ensure that there is little wastage after completion of verification tests, and reducing the risk using a verification material that has been accidentally contaminated by another user. STVMs allow highly accurate monitoring of instrument performance and operator technique.

Seta Single Test Verification Materials (STVM) enable individual tests and instruments to be validated. The volume of verification material in each container has been chosen to ensure that there is little wastage after completion of verification tests, and reducing the risk using a verification material that has been accidentally contaminated by another user. STVMs allow highly accurate monitoring of instrument performance and operator technique.

For closed cup test methods. Produced in accordance with ISO Guides 34 and 35. Nominal certified flash point value 74°C (uncertainty 0.3°C).