Analytical Instrument

Product Details:

The Bresle method was launched in 1995 in the ISO 8502-6 and ISO 8502-9 standards. The test was developed to measure soluble salt concentration on steel surfaces prior to blasting cleaning and coating. Not only ISO, but also the US Navy, IMO, NAVSEA, and ASTM adopted this method as their standard. The method remains the primary and most flexible test method for soluble salts on metal surfaces.

If the coating is applied to a contaminated surface, which is not properly prepared, it could fail prematurely resulting in costly re-coating and high maintenance costs.

The Bresle method uses the difference of conductivity of salts in water, each salt having a characteristic conductivity-versus-concentration relationship.

This relationship is useful only if the dissolved salt is known. Sodium chloride, the main salt in sea water, causes a big increase in conductivity with increased concentration.

A special patch is applied to the surface to be tested, and a specified volume of deionized water is injected under the patch. Any soluble salts present on the surface will dissolve in the water. The fluid is extracted and its conductivity measured.

The conductivity of the collected salt solution depends on the volume of water used and its initial conductivity, and the amount of salt in solution depends on the area of the patch. The calculation of the salt per area is based on increased conductivity but in the IMO PSPC method the salt is calculated as sodium chloride, in the ISO 8502-9 method it is calculated as a specific mixture of salts, but expressed as Sodium Chloride.

Factors are applied to the measured conductivity, depending on what is known or assumed about the salt contamination and various conditions, in order to yield meaningful measurements of contamination. Some of the variables are:

• salt type
• volume of solution (in below table factors are calculated with a volume of 15 ml solution)
• temperature
• equipment-specific scaling

A test patch should be as clean as possible. Contamination of a patch can influence the results significantly.Bresle patch injected with 15ml water as in ISO 8502-6 Annex AThe ISO 8502-6 standard prescribes in annex A that certified patches shall be used. This annex describes a stress test to ensure patch adhesion and wash ability. Not being supplied with a certificate that the patches pass this test will render the results obtained by these patches useless.

The Elcometer 138 Bresle Kit includes the Elcometer 138 Conductivity Meter. This lightweight, portable conductivity meter accurately measures the salinity of the test samples.

The sensor cartridge can be easily replaced when necessary and displays conductivity in a range of units including: S/cm, S/m, ppm and % salinity.

Elcometer 135C Bresle Test Patch include:

 

• Easy to peel off after test, leaving no foam on the substrate

• 19% thicker foam walls than traditional patches - easier to insert a needle

• Sealed compartment with clear flexible membrane for sampling soluble impurities

• Covers on both sides to protect against dust and contaminants

• Supplied with a Certificate of Cleanliness & Test Area

• Available in boxes of 25 & 100

STANDARDS:
AS 3894.6-A, IMO MSC.215 (82), IMO MSC.244 (83), ISO 8502-6, ISO 8502-9, SSPC Guide 15, US Navy NSI 009-32, US Navy PPI 63101-000

 

Additional Information:

• Packaging Details: Elcometer Bresle Patches, box of 25 ¿¿¿ Pure Water, 250 ml in clear plastic bottle ¿¿¿ Syringes, 5 ml, 3x ¿¿¿ Needles (blunt), 3x ¿¿¿ Beaker, plastic, 30 ml ¿¿¿ Conductivity Meter ¿¿¿ Batteries, CR2032 lithium, 2x ¿¿¿ Standard solution 1.41 mS/cm, 2x ¿¿¿ Purified water (deionised water) ¿¿¿ Operating instructions ¿¿¿ Carrying Case

Product Details:

Bresle Test Patch determines the concentration of soluble salts on uncoated surfaces in accordance with the ISO 8502-6 test method.

Key features

• Easy to peel off after test, leaving no foam on the substrate
• 19% thicker foam walls than traditional patches - easier to insert a needle
• Sealed compartment with clear flexible membrane for sampling soluble impurities
• Covers on both sides to protect against dust and contaminants
• Supplied with a Certificate of Cleanliness & Test Area
• Available in boxes of 25 & 100

Water-tight seal

Robust & durable the new Elcometer 135C patches use a high quality adhesive, ensuring a water-tight seal during test.

Easy to insert the syringe

Bresle Test Patches have a thicker foam surround compared to traditional patches, allowing easier insertion of the syringe.

Certified for peace of mind

Bresle Test Patches are available with a Batch Certificate of Cleanliness & Test Area in accordance with ISO 8502-6.

Bresle Test Patches are also available as part of the Bresle Salt Kit.

Product Details:

The Elcometer 134S Chloride Ion Test Kit for Surfaces allows the surface to be tested for chloride salts prior to application of a coating.

Chloride salts left on the surface before the first coat is applied can result in the coating system being forced off the surface by corrosion or blistering before the full life of the coating has been reached.

To ensure that the chloride has been removed it is essential that the surface is tested before the coating is applied.

Elcometer 134S test method: a latex sleeve is filled with a Chlor*Rid extract solution and stuck to the test surface where the solution is worked against the surface to extract the salts. The titration tube is inserted and the results can be recorded.

TEST PROCEDURE

1. Remove cap from CHLOR*EXTRACT solution bottle and pour entire contents into the test sleeve. If applying to a horizontal surface, clip the

sleeve to prevent loss of solution, removing any excess air.

 

2. Peel off the blue pressure sensitive backing from test sleeve; remove the air from the test sleeve by squeezing between fingers and thumb.

When evacuating air, take care not to spill CHLOR*EXTRACT from the sleeve.

 

3. Firmly apply test sleeve to test surface. Lift and hold the free end of the test sleeve upright to allow extract solution to come into contact with test surface. Use other hand to massage the solution through the test sleeve against the surface for 2 minutes.

 

4. When massage is complete, remove the test sleeve: For vertical or overhead surfaces, the solution will flow down to the closed end of the test sleeve. For horizontal surfaces, press and slide finger across sleeve to move solution to closed end of sleeve prior to removal. Use the clip to help retain the solution during sleeve removal.

 

5. Using caution and avoiding touching the ends of the titration tube, snap off both ends with the metal snapper provided and insert the titration tube into the test sleeve with smaller numbers and arrow at bottom.

Measurement Range : 1 - 60µg/cm² (1 - 60ppm)

Scale Resolution : 1µg/cm² (1ppm)

Tests per kit : 5

Storage Conditions Not exceeding : 25°C (77°F) 
Weight : 250g (9oz)

 

Dimensions : 185 x 125 x 110mm (7 x 5 x 4.5”)


STANDARDS:
ISO 8502-5, SSPC Guide 15

Additional Information:

• Packaging Details: 5 x test kits each containing: titration tube snapper, strap, clip, pre-measured bottle of Chlor*Rid extract solution, sleeve, titration tube and operating instructions

Product Details:

To help to prevent coating failure due to salts such as chlorides and sulphates contaminating the surface prior to the coating application. The Bresle Test is also known as the Salt Test on Steel or the Chloride Test on steel.
The only degeneration on the Bresle Patches is the adhesive if exposed to extremes of temperature. It is recommended that the Patches are used within a 12-month period from the date of purchase.
Bresle Patches will allow you to extract salts from blast-cleaned steel for measurement using the Horiba Conductivity Meter in the Bresle Patch Test.
Salts are almost colourless and are localized at the lowest point of the rust pits. If they are not removed prior to painting, chemical reactions can result in blister formation and accumulations of rust that destroy the adhesion between the substrate and the applied protective coating.

• Certificate of Cleanliness & Test Area supplied
• Boxe packing of 25 & 100

Additional Information:

• Packaging Details: box contains 25 or 100 Bresle Test Patches.

Chloride Test Kit, ,Abrasive Blasting Equipment, ,Concrete Testing Equipment, ,Water Based Concrete Curing Compound,

The Elcometer 145 Dust Tape Roller is used in conjunction with the Elcometer 142 Dust Tape Test kit to assess the quantity and size of dust particles on surfaces prepared for painting.

The Dust Tape Roller presses the Elcometer 142 Dust Tape to the surface using a controlled constant force as required by BS EN ISO 8502-3 (BS 7079-B3:1993).

The Elcometer 135A & 135B Bresle Patches are used to determine surface chloride contamination.

The Elcometer 135A Bresle Sampler is a self-adhesive rubber film patch with a sealed compartment for sampling of soluble impurities from steel surfaces with a suitable solvent. The Elcometer 135A Bresle Samplers are also part of the Elcometer 138/2 Surface Contamination Kit.

Elcometer 135B Bresle Patches are used to determine surface chloride contamination and are self-adhesive rubber film patches with a sealed compartment for sampling soluble impurities from steel surfaces with a suitable solvent. Elcometer Bresle Patches are also available as part of the Elcometer 138 Bresle Salt Kit.

Elcometer 135C Bresle Test Patches

 

The Elcometer 135C Bresle Test Patch determines the concentration of soluble salts on uncoated surfaces in accordance with the ISO 8502-6 test method.

Key features of the Elcometer 135C Bresle Test Patch include:

• Easy to peel off after test, leaving no foam on the substrate
• 19% thicker foam walls than traditional patches - easier to insert a needle
• Sealed compartment with clear flexible membrane for sampling soluble impurities
• Covers on both sides to protect against dust and contaminants
• Supplied with a Certificate of Cleanliness & Test Area
• Available in boxes of 25 & 100

 

STANDARDS:

ISO 8502-6, ISO 8502-9²

 

 

Additional Information:

• Item Code: Apan-BreslePatch-A

This is mutiparameter measurement Instrument

Highly precise measurements can be obtained from a single drop

• Automatic range switching gives a wide measurement range of 1μs/cm to 19.9mS/cm
• salinity conversion indicator
• Out of range and low battery alarms
• Visual indication when ambient temperature is outside the operating range

Please contact for single parameter measurement instrument.

pH TesterIn many industries, pH measurement is critical to the correct performance of processes. pH is the measure of acidity of a liquid.

The pH scale ranges from 0 to 14pH - where 0pH is acidic and 14pH is alkaline. pH is temperature dependent thus the temperature of the sample under test will affect the pH value recorded.

sensor has automatic temperature compensation, ensuring like-for-like measurements can be taken for meaningful comparison of the results.

• Simultaneously displays pH and temperature
• Measurement hold / freeze function
• Record maximum and minimum readings over a series of tests
• °C / °F user switchable
• Waterproof to IP57 and floats on water
• Auto power off

The condition of the sensor is automatically monitored after each successive calibration and sensors can be easily replaced by the user as and when required.

Product Details:

Soluble salts on a surface are absorbed into a special filter paper soaked with distilled water. The Instrument having measured the resistivity of the paper, calculates and displays the salt level in ug cm-2.
• Suitable for a wide range of shapes, orientations and surfaces and finishes
• Quick and simple to use • Battery operated and portable
• Confirms adequate cleaning of surfaces before coating, aiding the prevention of premature coating failure
• Shows salt build-up on vulnerable surfaces which can be treated to increase the lifetime of coatings
• Test papers can be re-moistened and a similar test result can be achieved - ideal for proof and ISO requirements 

Features
• Fast
• Accurate
• Repeatable
• Reproduceable 

Additional Information:

• Delivery Time: 3-4 Weeks
• Packaging Details: SCM 400, plastic tweezer, 100 x high purity sample papers, spare battery, 20 x PVC bags, disposable gloves, 3 x 2ml syringes, tissues, 8 x replacement plate support pads, operating instructions

Product Details:

The Potassium Ferricyanide Test, using Potassium Ferricyanide Papers will enable detection

of any water-soluble iron salts that form at the bottom of rust pits after blast-cleaning.

 

The Potassium Ferricyanide Papers enables detection of any water-soluble iron salts that form at the bottom of rust pits after blast-cleaning. If these salts are present, they rapidly induce corrosion.

 

The test involves the reaction of soluble ferrous iron salts with potassium ferricyanide to form ferric hexacyanoferrate, which is commonly known as prussian blue. The relatively high tinting strength of prussian blue enables the reaction to be used as a very sensitive test on ferrous irons

 

Simply spray a film of deionised water on an area of the blast-cleaned steel. The Potassium Ferricyanide Paper is then held against the surface for approximately 10 seconds. Any soluble iron salts present are drawn out of the rust pits by capillary action and react with the potassium ferricyanide to form blue spots. The presence of blue spots on the Potassium Ferricyanide Paper indicates that the surface should be re-blasted.Testing Spray a fine mist of deionized water droplets onto a small area of blast-cleaned surface using the Spray Bottle. Allow the deionized water droplets to evaporate and at the moment that they have disappeared but the surface is just perceptibly wet, using the protective gloves supplied, apply the Potassium Ferricyanide Test Paper and press onto the surface for 2 to 5 seconds. If soluble salts remain, these will be drawn by capillary action into the test paper and will react and give a Prussian blue dot effect on the paper corresponding to the contaminated pits on the blast-cleaned steel. It is important that the wetting of the surface has to be completed to the right degree in order to dissolve the salts. Too little deionized water and this will not be achieved. Too much deionized water and there is an overall blue colouration over the Test Paper. The Spray Bottle can be refilled using deionized water.
Health and Safety The Potassium Ferricyanide Test Papers consist of 90mm-diameter cellulose, impregnated with a low concentration of potassium ferricyanide. May produce toxic fumes on burning. Wear gloves when handling the Test Papers. After using the Test Papers, wash hands with soap and water.

Shelf Life Do not expose the Potassium Ferricyanide Test Papers to any extremes of temperature and ensure that they are retained in their light protective bag.  

 

 

The Elcometer 130 quickly and accurately measures the level of soluble salts on surfaces over 4 times faster than Bresle equivalent test methods

User Friendly

• Large buttons ideal for gloved hands
• Easy to use menus in multiple languages
• High reading limit indicator
• Factory calibrated for immediate use

Accurate

• Conductivity measurement to ±1%
• Can be used in accordance with National and International Standards
• Automatic temperature compensation ensures repeatable, accurate results
• Calibration verification tiles
• Trend and batch readings graph formats for instant on-screen analysis

Reliable

• Repeatable and reproducible measurements
• 2 years gauge warranty
• Supplied with fully traceable Test Certificates
• Batch & individual readings are stored with date and time stamp

Tough

• Heavy duty, impact resistant, dust and waterproof design equivalent to IP64
• Wipe clean sealed unit ideal for harsh environments
• Scratch and solvent resistant display

 

Efficient

• Instant readings allows multiple tests to be completed efficiently
• Alpha numeric batch identification
• Compatible with ElcoMaster^® and ElcoMaster^® Mobile App
• Calibration offset allows the use of non-pure water up to 2μg/cm²

Powerful

• Measuring range up to 50μg/cm² (3000ppm)
• USB and Bluetooth^® data output to iPhone* or Android™ devices
• Stores up to 100,000 readings in 1,000 batches
• Soluble salt and conductivity meter in one gauge

Efficient

• Instant readings allows multiple tests to be completed efficiently
• Alpha numeric batch identification
• Compatible with ElcoMaster^® and ElcoMaster^® Mobile App
• Calibration offset allows the use of non-pure water up to 2μg/cm²

Powerful

• Measuring range up to 50μg/cm² (3000ppm)
• USB and Bluetooth^® data output to iPhone* or Android™ devices
• Stores up to 100,000 readings in 1,000 batches
• Soluble salt and conductivity meter in one gauge

 

Key features of the Elcometer 130 Salt Contamination Meter include:

 

• Fast reading rate allows multiple tests to be completed efficiently
• Automatic temperature compensationensures accurate results
• Pressure plate ensures a constant and uniform pressure to paper
• Non-oxidising gold plated contactsensures lifetime accuracy
• Fully portable hand-held, ergonomic design ideal for use in the field
• Dust and water resistant rugged design equivalent to IP64
• Stores up to 100,000 readings in 1,000 alpha numeric batches
• USB and Bluetooth^® data output to ElcoMaster^® software

The Elcometer 139 Amine Blush Chip Screen Test Kit is a rapid colorimetric test designed solely for the use in the quick and immediate identification of amine blush (carbamates) on the surface of coatings using small chips or shavings.

The presence of amine blush is indicated by a visual change of colour of the test solution when compared with a control sample.

The Elcometer 139 determines whether amine blush is or is not present on the coating’s surface.

Additional Information:

• Packaging Details: 20 x Polystyrene Sampler Test Tubes of 1.0ml (0.035fl oz) buffer solution, 1 x Test tube of Diluent Part A solution, 1 x Test tube of Diluent Part B solution, 2 x Diluent Transfer Pipettes, 3 x Test Part A dropper bottles - containing ACh-E powder (freeze dried), 3 x Test Part B dropper bottles - containing ATC powder (freeze dried), 1 x Test Part C dropper bottle - containing Chromogen DTNB solution, 1 x Scissors, 1 x Re-sealable plastic bag for content disposal, 1 x User Guide.

We are engaged in providing the broad assortment of test and measurement products.
Incorporating a flat sensor, Conductivity Meter can measure the conductivity of a solution from a single drop of a sample.

Users can either place a sample on the conductivity meter’s flat sensor or immerse the meter’s sensor directly into the solution under test. Conductivity Meter can be used for a broad range of applications, including: soluable salt concentrations, the electric conductivity (EC) of solutions used in agricultural operations and measuring rainwater pollution levels.

Conductivity Meter includes a convenient salinity conversion indicator.

Conductivity Meter features:

• Highly precise measurements can be obtained from a single drop
• Automatic range switching gives a wide measurement range of 1μs/cm to 19.9mS/cm
• Out of range and low battery alarms
• Visual indication when ambient temperature is outside the operating range

Conductivity Meter

Measurement of

• Conductivity
• TDS
• Salinity

with help of One Instrument

Product Details:

ISO 8502-3 Dust Tape Test Kit will allow you to assess the quantity and size of dust particles on cleaned surfaces prepared for painting. The kit may be used in accordance with the recommendations of BS EN ISO 8502-3, either as a pass/ fail test or as a permanent record of the presence of dus

Surface cleanliness: Soluble salts & ion specific contamination (sulphates, chlorides, nitrates etc.) which are often invisible to the eye, together with amine blush (for amine cured epoxy coatings) can result in premature coating failure, resulting in high re-coating and maintenance costs. We have a range of test equipment for assessing surface cleanliness prior to applying a coating.

Additional Information:

• Packaging Details: Instrument, Test accessories

Surface Contamination

It is essential that the level of contaminants on a surface is measured prior to application of the coating to ensure the quality of the coating and that its optimum lifetime is achieved.

If the coating is applied to a contaminated surface, which is not properly prepared, it could fail prematurely resulting in costly re-coating and high maintenance costs.