Paint Testing Instruments

1. Pacorr Testing Instruments Pvt. Ltd Paint Testing Instruments

2. SALT SPRAY CHAMBER- DIGITAL (CORROSION TESTER) Pacorr Salt Spray Chamber offers a very accurate and efficient testing instrument that is very useful for studying the impact of environmental factors on the materials when they are subjected to such environments during their usage. In many industries, the working environments are very corrosive and can cause extensive damage to the materials that are used in these corrosive environments. Due to this reason, the manufacturers of different products have to ensure that the quality of their products is so efficient that they are able to survive in such working conditions for a long time without being subjected to any damage or deformation. Most of the materials that are subjected to corrosion due to environmental factors include metals, polymers, plastic and rubber. The manufacturers of these materials need to ensure that they asses the quality of the products they deliver to the clients and ensure that they have the ability to withstand the corrosive environments they are used for. The Salt Spray is a very efficient testing instrument that can be used for testing the behaviour of different materials in a specific environmental condition. Specifications:  Model  Display  Chamber Temperature Range  Test Chamber Temperature Range  Chamber Temperature Least Count  Chamber Temperature Repeatability  Air Saturator Temperature Range  Air Saturator Temperature Least Count  Air Saturator Temperature Repeatability  pH value of Salt Solution  Temperature Control  Timer  Test Air Pressure  Air Regulator Features:  Easy operation  Air Saturator  Water Low Level Alarm  Fog Collection Funnel  Door Opening  Air Saturator Auto Refilling  High grade Stainless Steel (316 Grade) Material : PCSST-D : Digital Microprocessor Based System : Ambient to 400C : 350C ± 20C : 0.10C : ±20C : Upto 450C : 0.10C : ±20C : 6.5 to 7.2 pH : Inbuilt PID Temperature Controller : 6 Digits Hour Meter : 0.7 Kg/cm2& 1.2 Kg/cm2 : 0 to 30 psi

3. SALT SPRAY CHAMBER- TOUCH SCREEN (HMI) Salt Spray Chamber HMI touch screen manufacturers and providers offer a very precise and highly accurate testing instrument that can be used in many different industries to test the impact of the environmental factors on the quality as well as the performance of the materials. In industries, the working environments are very harsh and they can easily cause the quality of the materials to degrade and leading to eventual failure. The manufacturers hence need to ensure that they produce high quality materials and products that have a better endurance against these corrosive environments and can deliver the best performance. Majorly materials that are subjected to corrosion in the corrosive industrial environments include metals, Polymeric products, plastic products and so forth. In order to assure the better quality of these materials and products, there is a need to proper assessment of the products with accurate testing procedures and equipment’s. The Salt Spray Chamber HMI touch screen is a very efficient testing instrument that can be used for testing the impact of the environmental factors on the products when they are used in industries. Specifications:  Model  Display (HMI)  Chamber Temperature Range 450C  Test Chamber Temperature Range  Chamber Temperature Least Count  Chamber Temperature Repeatability  Air Saturator Temperature Range  Air Saturator Temperature Least Count  Air Saturator Temperature Repeatability  pH value of Salt Solution  Temperature Control  Timer  Test Air Pressure  Air Regulator  USB Port Drive Features:  Easy operation  Air Saturator  Water Low Level Alarm  Fog Collection Funnel  Door Opening  Air Saturator Auto Refilling  High grade Stainless Steel (316 Grade) Material  Over Temperature Alarm  Reservoir Float Valve *Compressed Air Requirement: approx. 7 cfm (Air Compression not a part of supply) * Main air-line pressure regulator with filter in customer scope. : PCSST-HMI : Touch Screen : Ambient to : 350C ± 20C : 0.10C : ±20C : Upto 450C : 0.10C : ±20C : 6.5 to 7.2 pH : Inbuilt PID Temperature Controller : Upto 99999 Hours : 0.7 Kg/cm2& 1.2 Kg/cm2 : 0 To 30 psi : Available, to transfer data using Pen

4. *Optional:   Table top pH meter Humidity Indicator and standalone sensor HUMIDITY CHAMBER / CONDITIONING CHAMBER- DIGITAL Pacorr Humidity chamber is an environment chamber that is mainly used in industrial labs to create environmental conditions to which the materials are subjected during their usage. This helps the manufacturers in estimating the lifetime as well as the longevity of the materials when working in such environmental conditions. The chamber consists of glass wool insulation that helps in prevention of any outer interaction of heat with the interiors of the chamber. Additionally, the chamber offer rapid cooling and heating and hence can be kept at a constant temperature for a long time. TECHNICAL DATA            Model: PCHC-1 Shelves: 2 no. SS Shelves Timer: 999 min (Changeable to Hrs.). Temperature range: Ambient to 60 degree Celcius Humidity Chamber: Ambient to 98%RH Temperature sensor: PT-100 Accuracy: ± 2ºC Display: LED (Digital) Capacity: 150 Liters Inner Construction: Stainless Steel Outer Construction: – Mild Steel duly Powder coated Standards: D1776M – 15, BS 950 Part 1 (D 65)  Features: Temperature controls through PT-100 sensor Alarm system with buzz sound at test’s end-process Highly accurate test results under uniform temperatures and humidity levels in the chamber Digital Control for Humidity and Temperature High Grade imported Glass Wool insulation Maximum Thermal Efficiency by insulation means. SSR-based heaters Digital Preset timer with LED Display Inbuilt Auto tuning function Water Level Indicator Equipped with rapid air circulation fan for uniform and homogenous heating , cooling, humidity, dehumidify inside the chamber Auto-stop feature to stop machine at set time Time totalizer to calculate the no. of Hours run by the instrument             

5. UNIVERSAL TESTING MACHINE- COMPUTERIZED Pacorr Universal Testing Machine- Computerized is very helpful for the manufacturers ensuring the quality of the products is of best level by testing the overall strength of the materials. The instrument comes with two clamps, one clamp is movable. The specimen is locked between the two clamps and the movable clamps moves to exert a tensile force on the specimen. The instrument gives highly accurate testing results for different materials. The instrument is available with computer software that helps in automatic conduction of test procedure. TECHNICAL DATA:         Model: PCTTMDC-1 Capacities: 50 Kgf to 10000Kgf Grip to Grip Separation: 50mm – 700mm. Cross Head Speed: 50mm – 500mm / min. Cross Head Travel Length: 800mm without Grips. Load Sensor: Universal ‘S’ Type / Pancake-Type. Load Sensor Accuracy: ± 2% at Full Load (with master load). Display: Graphical with test data output through Inbuilt Software Over Load / Travel Safety facility: Auto stop through software Motor: 1-5 HP, RPM – 1440, with 3 phase AC drive.   Features: Advanced load sensor sensing through advanced electronics. Speed Control through Variable Frequency drive automation by Graphic user interface PC. Highly sensitive load sensor with linearity feature and repeatability Cross head travel length: 800 mm without grips Twin column rugged structure Safety limit switches for over travel safety Hardened lead screws/ball screws for frictionless movement Load cell calibrated by NPL approved proving ring/dynamometers High accurate micro-controller based system controls with integrated software User Friendly software with intuitive icons and robust architecture Easy Data Management. User programmable product identification, lot no., shape of specimen, company name, Operator details etc. Export Test report in excel format Online test run status can be viewed graphically or in raw data form Secured working with key protection feature Ease of use features: Graph setup, test control wizard, formulae/result calculations, reports, live test panel. Graph setup: user defined graph scale/range with Graph Title Test Control Wizard to set test parameters like tension, compression, changeable units in Kgs/N/lbs or cm/mm/inch. Automatic end test/return to home position through software interface after completion of test. Immediate analysis of results after test with complete accuracy & precision. Option to email test reports Single Test start with one click entry of the mouse.                     

6. SCRATCH HARDNESS TESTER- MOTORIZED Pacorr Scratch Hardness motorized tester is a suitable apparatus for conducting tests related to resistance to scratch under a specified load. The equipment can be used for a wide variety of products such as paints, lacquers and varnishes. The Scratch Hardness tester is highly recommended for the paint and plating industry and has been designed for repetitive use in small industries and laboratories, where quality control tests need to be conducted. The motorized model has been specially designed as a more user friendly version of the standard Pacorr Scratch Hardness Tester. The scratch test is carried out either on a go/no go basis by testing at a single specified load on the Stylus or by increasing the load to determine the minimum load at which the coating can be penetrated. It is a durable and highly reliable instrument. This instrument is strictly conforms to ISO standards and comes complete with instruction manual & conformance certificate. TECHNICAL DATA  Model: PCSHT-1  Size of sample: 130x70 mm  Test Operation: Motorized  Diameter of Needle: 1 ± 0.05 mm  Load on Needle: 500gm, 300gm, 200gm  Length of travel of stylus: 100 ± 8 mm  Power: 220V, 50Hz, Single Phase  Weight: 1 Kg Features:  Motorized oscillating arm with Teflon rollers for noise free movement  Ergonomic design with Electronic controls  Highly accurate test results under uniform load and specified diameter.  Equipped with Teflon rollers to minimize friction  Uniform load by weights on needle for evenness in testing  Firm holding of Test sample by Steel Clamping pins  Geared system for oscillating arm movement  Instant braking system  Light Indicator for sample failure notification  Standard: ASTM G171-03

7. CONICAL BENDING MANDREL Pacorr Conical Bending Mandrel is a laboratory apparatus to bend coated test panels over a conical shaped mandrel in order to assess the elasticity or resistance of a coating paint or varnish to cracking; elongation and / or detachment from a metal test panel in accordance with ISO 6860 and ASTM D522. The conical shape of the bending area allows the deformation of the test panel and examination of the elasticity range of a coating. The Conical Bending Mandrel Tester is a compact, robust instrument made of enameled steel which is suitable for table-top use. The conical mandrel and the pivoted pressure roller running parallel to the surface of the cone are made of stainless steel. The clamping device is equipped with a cam lever which ensures a rapid and uncomplicated change of specimens. The bending mandrel test is a commonly used testing method for assessing the flexibility and the adhesion properties of coatings when these are subjected to bending stresses. TECHNICAL DATA:         Model: PCCBM-1 Sample Thickness: 0.8mm Diameter of Conical Rod: 3.2mm – 38.1 mm Length of Conical Rod: 8 Inch Body: Mild Steel Chrome Plated Easy installation. Low maintenance. Table top instrument.

8. IMPACT RESISTANCE TESTER FOR PAINTS Pacorr Impact Resistance Tester- Paints used to test on coatings for crack formation; breaking off; adhesion and elasticity. A bulge is formed in the sheet metal by a falling weight with a hemispherical end. The coating can be on the outside or on the inside of the bulge. The energy of blow can be varied either by using different heights of fall or different dropping weights. Standards: ASTM D2794-93(2010), ISO 6272-1:2011. TECHNICAL DATA  Model: PCIRTP-1  Maximum Impact Height: 1 meter  Diameter of Punch: 12.7 mm / 14.3 mm  Diameter of Die: 5.9 mm / 20.0 mm  Maximum Weight: 900gm & 1000gm Features:  High-Quality rugged structure with corrosion resistant main body  Provision of Punch coupled with standard weights  Momentum of Impact is more on the sample  Fast Guiding Mechanism  Single handed hassle free operation  Highly accurate test results  Unique Locking arrangement  Duly powder coated and chrome plated for beautiful aesthetics.  Comes complete with instruction manual and calibration certificate.

9. CUPPING MACHINE Pacorr Cupping machine is a consistent tool useful for determining the draw ability of sheet metal components and non-ferrous metal sheets. Accurate and reliable testing of adhesion, hardness, the porosity of coatings of paints or varnish in metal sheets, strips, etc. in sheet metal, metallurgy, rubber industry. The instrument is designed as per standards IS: 10175 (Part I); 1993 & ISO 8490: 1986, ISO 1520:2006 TECHNICAL DATA:         Model: PCCMCN-1 Range: 0 – 25mm Least count/resolution: 0.01mm Outside Body: Mild Steel (Duly Powder Coated.) Dial Gauge – 1 Accuracy – ± 2% Sample Thickness – Up to 1.8mm Diameter of Punch – 20 ± 0.2 mm Features:  High-Quality rugged structure with corrosion resistant main body  Dial gauge to measure the cupping  Sturdy Construction and resilient  Revolving Handle for frictionless movement of punch  Fast Guiding Mechanism with hand operated wheel  Single handed hassle-free operation with Spherical punch  Brass Housing for strong sample clamping  Highly accurate test results

10. LABORATORY HOT AIR OVEN Pacorr Laboratory Hot Air Oven is used to determine various physical characteristics of different materials and products at elevated temperatures may be carried out by heating the test specimen to the appropriate temperature inside a constant temperature air oven and determining the required characteristics with the specimens kept under the same temperature. For this purpose the equipment needed for conducting the determination can either be kept inside the oven along with the test specimens, or, if this is not feasible because of certain constrains, by taking the heated specimens out from the oven and conducting the test in still air within the shortest possible span of time. Laboratory Hot Air Oven with digital temperature controller has a test chamber of triple walled construction. The inner walls are made of stainless steel sheet and the outer walls of CRCA sheet duly epoxy powder coated. The chamber is fitted with two/three adjustable perforated shelves for keeping the test specimen or the test equipment on. The oven is heated electrically with the help of heaters placed on both sides of the chamber. An air- circulating fan is provided for even temperature distribution. The temperature inside the test chamber is indicated and controlled with the help of a digital temperature indicator cum controller. TECHNICAL DATA:   Model: PCLHAO-1 Inner dimensions of test chamber: 450 x 450 x 450 mm (18” x 18” x 18”) Temperature range: Ambient to 250º C Power Requirement: 220/ 230 V AC Result Display: LED (Digital) Tolerance: ± 2ºC Resolution: 1ºC Power Supply: 15A, 220V, Single phase, 50 Hz Timer Range: Up to 999 hrs. Temperature Range: Ambient to 250ºC Shelves: 2 Nos. Optional Size: 600 x 600 x 600mm (24” x 24” x 24”)           Features:  Double walled chamber; inside body: stainless steel & Outer body – Mild Steel powder Coated Insulation between the double walls is provided by imported mineral glass wool Microprocessor based Programmable Digital temperature controller cum indicator Highly accurate test results under uniform temperatures in the chamber Maximum Thermal Efficiency by insulation means. Digital Preset Timer Provision to set PV and SV value Equipped with rapid air circulation fan for uniform and homogenous heating and maintaining temperature inside the chamber Vent for forced air changes and calibration facility Setting to RTD PT-100 sensor through advanced PID controller         

11. HOT WATER BATH- DIGITAL Pacorr Hot Water Bath Digital (Rectangular – Double Walled, Stainless Steel) is a digital equipment, wherein both the inside and outside are made of high-grade corrosion resistant Stainless steel. It is used to incubate samples in hot water at high temperatures required in textile and microbiology industries. The Water Bath Digital comes with a motorized stirrer for maintaining heating efficiency. TECHNICAL DATA  Model: PCWB-1  Volume: 40 Ltrs.  Display: LED (Digital)  Accuracy: ± 2ºC  Least Count/Resolution: 1ºC  Power: 15A, 220V, Single phase, 50 Hz  Motor Type: Stirrer Motor  Motor Capacity: 1/5 HP  Temperature Range: Up to 90ºC Features:  Temperature control through PT-100 sensor  Highly accurate test results under uniform temperatures in the chamber  Advanced Digital Microprocessor based PID based temperature controller  Provision of Set Value(SV) and Process Value(PV) on temperature display  Inbuilt Auto tuning function  Bright LED display  Equipped with rapid heaters for uniform and homogenous heating and maintaining temperature inside the chamber  Integral water drain system  Stirrer motor for precise stirring of sample inside the tank and for uniformity of temperature .

12. SPECTROPHOTOMETER The Spectrophotometer is an instrument that is used in industrial labs for studying the quality of colours of different products. The instrument has highly sensitive sensors that can capture even the slightest changes in the shades of the colours of specimen. The industries such as food, paint, coatings, automobiles, textiles etc. use this instrument to ensure that the colour quality of the products is of the best level. TECHNICAL DATA   Model: PC800 Illumination/observation system: 45/0 method (45 ring-shaped illumination, vertical viewing), Comply with CIE No.15,GB/T 3978 Integrating sphere Size: Φ58mm Light Source: combined LED sources Sensor: Silicon photodiode array Wavelength range: 400~700nm Wavelength interval: 10nm Reflectance range: 0~200% Measuring Aperture: Φ8mm Color Space: CIE LAB, XYZ, Yxy, LCh, CIE LUV Color difference Formula: ΔE*ab, ΔE*uv, ΔE*94, ΔE*cmc (2:1), ΔE*cmc (1:1), ΔE*00 Other Chromaticity Data: WI(ASTM E313,CIE/ISO, AATCC, Hunter), YI(ASTM D1925,ASTM 313), TI (ASTM E313,CIE/ISO), Metamerism Index (Mt), Color Stain, Color Fastness Observer: 2°/10° Illuminant: D65, A, C, D50, D55, D75, F2, F6, F7, F8, F10, F11, F12 Display Data: Spectral Value/Graph, Colorimetric Value, Color Difference Value/Graph, PASS/FAIL Result, Color Offset, Color Simulation Measurement Time: 1.5s Repeatability: Spectral Reflectance: standard deviation within 0.1% (400-700nm: within 0.2%) Colorimetric Value: Standard deviation within Delta E*ab 0.04 (Measurement conditions: white calibration plate measured 30 times at 5 seconds intervals after white calibration was performed.) Inter Instrument Agreement: Within Delta E*ab 0.2 (Average for 12 BCRA Series II color tiles) Dimension: L*W*H=90*77*230mm Weight: 600g Battery: Li-ion battery. 5000 times within 8 hours Lamp Life: 5 years, more than 1.6 million measurements Display Screen: TFT 3.5inch, Capacitive Touch Screen Interface: USB/RS-232 Data Memory: 1000 Standards, 15000 Samples Operating Temperature: 0 to 40℃(32 to 104°F) Standard Accessory: Power Adapter, Li-ion Battery, Operating Instruction, CD-ROM (containing management software), Data Line, White and Black Calibration Cavity, Protective Cover and Wrist Strap Optional Accessory: Micro Printer, Universal Test Component Others: Provide complete spectrum reflectance curve, Input L, a, b value manually                            

13. TOUCH SCREEN GLOSS METER- TRI-ANGULAR The gloss of the surface of a product is a great indicator of its quality. The manufacturers need to ensure that the gloss of the products surface is optimum so that it depicts better quality and also it appears aesthetically appealing. The gloss meter is a testing equipment that is used in the industrial laboratories for testing and measuring the gloss level of the surfaces. TECHNICAL DATA   Model: PC268 Measuring Angle: 20°/60°/85° Comply with standard ISO 2813, GB/T 9754, ASTM D 523, ASTM D 2457 Measuring Area (mm): 20°: 10×10 60°: 9×15 85°: 5×36 Measuring Range: 20°:0~1000GU 60°:0~1000GU 85°:0~160GU Division Value: 0.1GU Measurement Range: 0-10GU 10-100GU 100-1000GU Repeatability: ± 0.1GU ± 0.2GU ± 0.2%GU Reproducibility: ± 0.2GU ± 0.5GU ± 0.5%GU Measurement Standard: Conform with JJG696 first class gloss meter working requirement Chromaticity Corresponding: Corresponding with CIE 1931(2°) under CIE C light source Errors: ±1.5 , ± 1.5% Measuring Time: 0.1s Dimension: L*W*H : 160mm*75mm*90mm Weight: 350g Language: English Battery: 3200mAh Li-ion Battery ,>10000 times(within 8 hours) Display: TFT 3.5 inch Interface: USB/RS-232 Storage: Basic mode: 1000 Software: GQC6 Quality Control Software with QC report printing functions and more extended functions. Operation Temperature: 0~40℃(32~104°F) Storage Temperature: -20~50℃(-4~122°F) Humidity: <85% relative humidity, no condensation Standard Accessories: Power Adapter, USB cable, User Manual, GQC6 software CD (except HG60S), Calibration Plate                      

14. PRECISION COLORIMETER Colour is one of the most important aspects for many different industrial products such as inks, foods, paints etc. The manufacturers need to know the exact quality and composition of the colours of the products that they are delivering to their customers. The colorimeter is an instrument that is used in industries to determine the colour quality and composition of different colours of products. The instrument can provide very precise testing results about the consistency as well as the quality of colours of the products. TECHNICAL DATA:              Model: PC110 Illuminating/Viewing Geometry: 8/d Measuring Aperture: Φ4mm Detector: Silicon photoelectric diode Locating: Illuminating Locating/Cross Locating Measurement End Face: Large stable end-face and small concave-convex end-face Color Space: CIEL*a*b*C*h* CIEL*a*b* CIEXYZ Color Difference Formula: △E*ab△L*a*b* △E*C*h* Light Source: D65 Light Source Device: LED blue light excitation Errors Between Each Equipment: ≤0.80ΔE*ab Storage: 100pcs standards 20000pcs samples Repeatability: Standard deviation within ΔE*ab 0.08 Average of 30 measurements of standard white plate Language: English/Chinese Weight: 450g Dimension: 205×67×80 mm Power source: Rechargeable lithium-ion battery 3.7V@3200mAh Lamp Life: 5 years, more than 1.6 million measurements Charging Time: 8 hours–100% electricity PC Software: CQCS3 Software       

15. COLOUR MATCHING CABINET Colour matching cabinet is a very extensively used testing instrument to match the colours of different products under different lighting conditions. This instrument is used in many different industries such as textile industries, food industries, paint industries etc. The instrument is a closed cabinet with different light sources installed in it. The specimen is placed under different lights at an angle of 450 along with the reference standard. TECHNICAL DATA:   Model: PCCMC-1 The equipment is fitted with FIVE Light Sources as per CIE International Standards: D – 65 – Artificial daylight. TFL Light-Tungsten Filament. TL – 84 Light-Point of Sale UVB Light-Ultra Violet CWF Light-Cool white fluorescent Hour Meter-Imported Angle of viewing booth – 45 degree Viewing Booth Material – Wood or Steel Time Totalizer – Upto 99999.9 hours Pacorr color matching cabinet is manufactured strictly as per ASTM standards.           PH METER- TABLE TOP The pH meter is the testing instrument that is used for measurement of the pH level of industrial solutions and liquids. The instrument is also given with a feature of temperature compensation which does the calculation of the pH by taking the changes in the working temperature in consideration. The instrument works on the standards prescribed by JIS and ASTM. Product Details            Model: Box Size: pH Range: pH Resolution pH Cal Points pH Buffer Sets pH Accuracy Weight Voltage Memory Data Dimension PCPHTT L30.8xW23.5xH12.4 cm -1.99 to 16.00 pH 0.01 pH Up to 5 points USA, NIST +/-0.002 650 g 9 V DC adapter 100 data sets L17.5xW15.5xH6.9 cm

16.   Current Box Weight 3.3 A (100/240 VAC, SMPS) 1800 g Specifications: Range +-1999 mV Rel. mV Range +-1999 mV ORP Resolution 0.1 mV (+-199.9 mV) / 1 mV (beyond) Accuracy +-0.2 mV (+-199.9 mV) / +-2 mV (beyond) Range .. S/cm to 200.0 mS/cm Resolution 0.01 S; 0.1 S ; 1 S ; 0.01 mS ; 0.1 mS Accuracy +-1 % full scale Conductivity Automatic (4 points); maximum 1 per range; manual (5 points); maximum 1 per range Cal. Points Cell Constant 0.1, 1.0, 10.0 (selectable) .. to 100 ppt @ 0.5 TDS factor (to 200 ppt @ 1.0 TDS factor) Range Resolution 0.01 ppm; 0.1 ppm ; 1 ppm ; 0.01 ppt ; 0.1 ppt TDS Accuracy +- 1 % full scale Cal. Points Up to 5 points TDS Factor 0.40 to 1.00 (adjustable) Range (Meter) 0.0 to 100.0 oC / 32.0 to 212.0 oF Resolution 0.1 o C / 0.1 o F Accuracy +- 0.5 o C / +- 0.9 o F Coefficient (Per oC) 0.00 to 10.00 % Temperature Normalization 15.0 to 30.0 oC (adjustable) Automatic with supplied cell or manual 0.0 to 100 oC / 32.0 to 212.0 oF, 0 to 80 oC / 32.0 to 176.0 oF with supplied cell Compensation Type & Range Offset in 0.1 o increments; offset range +- 5 oC / 9 oF Calibration

17. COATING THICKNESS GAUGE PCE-CT 28-ICA In the paint and coating industries, it is important that the thickness of the coatings is of optimum level so that the product could deliver the best quality and functionality to the customers. The coating thickness is measured with the help of the equipment called coating thickness gauges. The instrument uses eddy current induced magnetism to measure the thickness of the coating and paint layers. TECHNICAL DATA:   Measurement range:- 0 … 1250 µm / 49.2 mils Resolution:- 0.1 µm / 0.004 mils (in a range of 0.0 to 99.9 µm / 3.9 mils) 1 µm / 0.04 mils(above the range) Accuracy:- ±2 % or 2.5 µm / 0.10 mils (highest reading is valid) Minimum surface measurable:- 6 mm x 6 mm / 0.2 in x 0.2 in Minimum radial curve:- convexed: 5 mm / 0.2 in concaved: 60 mm / 2.4 in Minimum thickness of material:- 0.3 mm / 0.01 in (for ferrous materials) 0.1 mm / 0.004 in (for non-ferrous materials) Display:- LCD with 4 mm x 10 mm (0.2 in x 0.4 in) high digits Operating temperature:- 0 … 50°C / 32 … 122°F Power:- 4 batteries Dimensions:- 126 x 65 x 27 mm / 5.0 x 2.6 x 1.1 in Weight:- 120 g / 0.26 lbs with batteries         

18. COATING THICKNESS GAUGE – PCE-CT 65-ICA In the paint and coating industries, it is important that the thickness of the coatings is of optimum level so that the product could deliver the best quality and functionality to the customers. The coating thickness is measured with the help of the equipment called coating thickness gauges. The instrument uses eddy current induced magnetism to measure the thickness of the coating and paint layers. TECHNICAL DATA:                                Principle Magnetic induction Measuring range 0 … 1350 µm / 0 … 53.1 mils Accuracy 0 … 1000 µm: (±2.5 % ±2 µm) 1000 µm … 1350 µm: ±3.5 % 0 … 39.3 mils: (±2 % ±0.08 mils) 39.3 mils … 53.1 mils: ±3.5 % Resolution 0 … 100 µm: 0.1 µm 100 µm … 1000 µm: 1 µm in 1000 mm … 1350 µm: 0.01 mm 0 … 10 mils: 0.01 mils 10 mils … 53.1 mils: 0 … 1 mils Smallest surface Ø 7 mm / Ø 0.3 in Min. curvature radius 1.5 mm / 0.05 in Min. substrate thickness 0.5 mm / 0.02 in Non-ferrous metals Principle Eddy current Measuring range 0 … 1350 µm / 0 … 53.1 mils Accuracy 0 … 1000 µm: ±(2.5 % ±2 µm) 1000 µm … 1350 µm: ±3.5 % 0 … 39.3 mils: ±(2 % ±0.08 mils) 39.3 mils … 53.1 mils: ±3.5 % Resolution 0 … 100 µm: 0.1 .mu.m 100 µm … 1000 µm: 1 µm in 1000 mm … 1350 µm: 0.01 mm 0 … 10 mils: 0.01 mils 10 mils … 53.1 mils: 0 … 1 mils Smallest surface Ø 5 mm / Ø 0.2 in Min. curvature radius 3 mm / 0.1 in Min. substrate thickness 0.3 mm / 0.01 in Units µm, mils Functions Alarm function, display lighting, automatic shutdown, calibration, memory function Memory option 30 storage groups with a capacity of 50 measurements each = 1500 measurements total Interface USB Environmental conditions 0 … 40°C / 32° F … 104°F, 20% … 90% rh Power supply 2 x 1.5V AAA batteries    

19. COATING THICKNESS GAUGE – PCE-CT 26FN In the paint and coating industries, it is important that the thickness of the coatings is of optimum level so that the product could deliver the best quality and functionality to the customers. The coating thickness is measured with the help of the equipment called coating thickness gauges. The instrument uses eddy current induced magnetism to measure the thickness of the coating and paint layers. TECHNICAL DATA:      Measuring range 0 … 1250 μm (0 … 50 mils) Resolution 1 μm (0.1 mils) Accuracy ± (3% + 2 μm) or ± (3% + 0.1 mils) Smallest measuring surface 5 x 5 mm Smallest radius of curvature Convex. 3 mm / concave: 50 mm Smallest thickness of the base material Fe: at least 0.5 mm NFe: at least 0.3 mm Display OLED display Ambient temperature 0 … 50°C / 32 … 120°F Power supply 2 x AAA battery 1.5V Dimension 100 x 52 x 29 mm / 4 x 2 x 1.1 in Weight About 68 g / < 1 lb (without batteries)       