ATLAS MATERIAL TESTING TECHNOLOGY GMBH - Weathering Testing Solutions

Basic cyclic tests are used to qualify a coating or material for a specific end use on a pass-fail basis, or determine the probability of corrosion of a specific material. Applications include: Aerospace, Appliances, Automotive, Government, Marine Craft, Paints/Coatings, Research, and Telecommunications. Reinforced fiberglass cabinet, exposure lined with gel coat Solution reservoir - 35 gal (132L) Clear cover with dual magnetic Santoprene gasket (BCX9000 comes with opaque Polypropylene cover) Peaked cover prevents dripping of condensate onto sampl Exposure zone heated by titanium rod heater Heated humidifying (bubble) tower with air relief valve Exposure zone temperature up to 131 °F (55 °C) - Hight temperature option up to 160 °F (71 °C) Omni-Fog Dispersion Tower or Omni-Fog II Dispersion System, fully adjustable. Built-in support ledges, front and back Wet Bottom Drain Assembly; heated, with auto fill for higher and more uniform humidity (n/a BCX11000) Air-assisted Cover Lifters on BCX9000 and BCX11000 Specifications and Dimensions (Testing Volume, Exposure Zone Dimensions, External Dimensions) BCX2000 - 565L, 1.27 x 0.74 x 0.63 m, 1.93 x 0.9 x 1.4 m BCX3000 - 850L, 1.91 x 0.74 x 0.63 m, 2.46 x 0.9 x 1.4 m BCX4000 - 1130L, 1.91 x 0.94 x 0.63 m, 2.46 x 1.1 x 1.4 m BCX9000 - 2550L, 1.93 x 1.14 x 1.16 m, 2.69 x 1.32 x 2.16 m BCX11000 - 3115L, 2.27 x 1.86 x 0.76 m, 2.82 x 2.29 x 1.83 m Combination exhaust condenser and wet bottom drain assembly Recorder, 2-pen circular chart, digital display, 7 day, wet bulb and dry bulb Recorder, 6 channel strip chart; 4 temperature probes and air pressure Modem for remote trouble shooting Solution spray, two-nozzle External condensate collection package High voltage kit (over 460 VAC) Gas injection system for SO 2, CO 2, NO x High capacity oil & water extractor Custom sizes (extra height or any LxW) and configurations (pass-through electrical/mechanical ports) Air-actuated Cover; required for tests specifying ambient conditions Solution Spray; multiple nozzles (8, 12 or 16) with individual shut-off valves CE, UL CSA Conformance certifica High Temperature System, to operate BCX up to 71ºC / 160ºF BCX2000/BCX3000/BCX4000/BCX9000/BCX11000 SO 2 Injection; for customer-supplied SO2, customer-supplied fume hood recommended Data Recording Software; PC based, sends data to customer's computer

The CCX is the most advanced, sophisticated and versatile laboratory corrosion testing cabinet. With installed options, it can replicate up to 15 environmental conditions, placing powerful capability in the hands of the user. Advanced cyclic tests are used to qualify a specific coating or material for a wide range of end uses, to quickly qualify a coating or material on a pass-fail basis, to predict service life or determine the probability of corrosion of a specific material. Applications include: Aerospace, Automotive, Research, Electronics, Government, Military, Paints/Coatings, Robotics, and Telecommunications. Reinforced fiberglas cabinet - Exposure zone lined with gel coat Solution reservoir - 60 gallon (227 l) Exposure zone heated by titanium rod heater Polypropylene cover with water seal - CCX9000 only Peaked cover prevents dripping of condensation onto samples Clear cover with dual magnetic Santoprene gaskets Heated humidifying (bubble) tower with air relief valve Exposure zone temperature up to 160 °F (71 °C) - high temperature option up to 194 °F (90 °C) Specifications and Dimensions (Testing Volume, Exposure Zone Dimensions, External Dimensions) CCX2000 - 565L, 1.27 x 0.74 x 0.63 m, 2.4 x 0.9 x 1.4 m CCX3000 - 850L, 1.91 x 0.74 x 0.63 m, 3 x 0.9 x 1.4 m CCX4000 - 1130L, 1.91 x 0.94 x 0.63 m, 3 x 1.1 x 1.4 m CCX9000 - 2550L, 1.93 x 1.14 x 1.16 m, 3.05 x 1.3 x 2.16 m CCX11000 - 3115L, 2.27 x 1.86 x 0.76 m, 3.12 x 2.59 x 2.13 m Standard Controls Features Programmable Logic Controller with Operator Interface Panel Five Pre-loaded Test Methods for Immediate Operation Storage of up to 15 Test Profiles with up to 18 Steps Pressure Gauge for Bubble Tower Premium Controls Features Notebook Computer with Color Screen, PC-compatible Seven Pre-loaded Test Methods for Immediate Operation Display of up to 50 Test Profiles with up to 100 Steps Display Graphing on Notebook Monitor Operator Interface/Datalogging Software Pressure Transducer for Bubble Tower Solution Reservoir Fill with Automatic Shut-off SO2 Injection System High voltage kit High capacity oil: water separator External condensate collection system(to check collection rate of fog with cover closed) Air actuated cover, automatic ambient Solution spray (direct impingement) Power exhaust kit Water fog, automatic Custom sizes (extra height or any LxW) and configurations (pass-through electrical/mechanical ports) Cabinet options choices: Standard controls. Two pen circular chart recorder with digital display (wet bulb and dry bulb), recorder/6 channel strip chart (4 temperatures, air pressure), modem for remote trouble shooting / Premium controls Controlled, Adjustable RH with direct RH Sensor; required for SAE J2334 Color Touchscreen Upgrade Data Recording PC Software; output to customer's computer- DB/WB/BT temps Immersion Option, Automated - CCX2000/3000/4000; recommended for SAE J2334 Immersion Option, Automated - CCX9000; recommended for SAE J2334- 1250 Immersion Set-up Kit; required for future addition of Immersion Option LN2 Freezing/Cooling System; using customer-supplied liquid nitrogen; to 30ºC Mechanical Freezing/Cooling System; to 30ºC; includes Controlled RH Automatic Retractable Housing; for RH sensor Very High Temperature 90ºC; for Dry Cycle operation, CCX2000/3000/4000 Very High Temperature 90ºC; for Dry Cycle operation, CCX9000/11000 Solution Spray; multiple nozzles (8, 12 or 16) w/ separate shut-off valves Volume Marker and Overflow Protection; for Solution Reservoir CCX Exhaust Recirculation System; for Salt Fog and Water Humidity steps only - not for use during Freezing/Cooling or Very High Temp 90ºC options

SF cabinets are used to quickly qualify a coating or material on a pass-fail basis, or determine the probability of corrosion of a specific material. SF applications include: Architectural, Chrome Plating, Fastners, Government, Military, Paints/Coatings, Laminated/Coated Plastics and Steel Structur Durable steel cabinet with 55 gallon (208 l) solution reservoir with mixing system on stand Cabinet heated by water jacket on four sides and bottom Exposure zone lined with corrosion-resistant PVC sheets Clear cover allows viewing of test conditions Peaked cover prevents dripping of condensation onto samples Water seal Heated humidifying tower with air relief valve Automatic DI water fill to humidifying tower Automatic solution level control Digital temperature control and readouts Certified air pressure gauge accurate to 1 psi (6.9 kPa) Integral over-protection on all heaters Low water cut-off protection on humidifying tower Two digital temperature controllers Specifications and Dimensions (Testing Volume, Exposure Zone Dimensions, External Dimensions) SF260 - 420L, 0.76 x 0.56 x 0.99 m, 1.07 x 0.97 x 1.52 m SF500 - 555L, 0.76 x 0.74 x 0.99 m, 1.22 x 1.07 x 1.52 m SF850 - 860L, 1.14 x 0.76 x 0.99 m, 1.57 x 1.07 x 1.52 m SF2000 - 1930L, 1.83 x 1.07 x 0.99 m, 2.44 x 1.37 x 21.60 m SF3600 - 2850L, 2.36 x 1.22 x 0.99 m, 3 x 1.52 x 1.60 m SF4200 - 3680L, 3.05 x 1.22 x 0.99 m, 3.81 x 1.52 x 1.60 m Recorder, 2-pen circular chart, wet bulb and dry bulb UL approval Shut-down timer SF combination exhaust condenser and wet bottom drain SF exhaust recirculation system Precision air regulator, accurate to 0.01 psi (0.069 kPa) External collection package. Horizontal dispersion system High temperature package Chromasoft software High voltage kit (over 480 VAC) High capacity oil & water extractor Custom sizes (extra height or any LxW) and configurations (pass-through electrical/mechanical ports)

Testing of assembled components provides an advantage for evaluating the combination of potentially incompatible materials. An Atlas Walk-in allows testing of oversized samples and assembled components, such as motorcycles, electrical panels for outdoor use, household appliances, vehicle seats, pressurized cyclinders, bicycles, military items, ranch and farm machinery, snowmobiles, window/door assemblies and much more. Installing MH (metal halide) or MHG (metal halide global) luminaries in Atlas Walk-in chambers increases the testing capabilities for any lab. NOW, entire assemblies and oversize samples can be tested for UV resistance, corrosion and other environmental conditions in the same unit. PlexiglasTM viewing window in door Inside safety latch for door Interior liner with sheet PVC for uniform thickness Raised interior floor to accommodate drainage Floor covered with rubber sheet or plastic mat PlexiglasTM access port Interior light with switch on exterior wall Ambient to 120 °F (49 °C) exposure tone temperature Interior shell of mild steel, primed on both sides Testing Volume: 7,136 Litres - 11,893 Litres (depending on size of chamber) Exposure Zone Dimensions: L x W x H : SF7000 - 6' x 6' x 7' (1.83m x 1.83m x 2.13m) ; SF9500 - 8' x 6' x 7' (2.44m x 1.83m x 2.13m) ; SF12000 - 10' x 6' x 7' (3.05m x 1.83m x 2.13m) External Dimensions: L x W x H: SF7000 - 7' x 7' x 9' (2.13m x 2.13m x 2.74m) ; SF9500 - 9' x 7' x 9' (2.74m x 2.13m x 2.74m) ; SF12000 - 11' x 7' x 9' (3.35m x 2.13m x 2.74m) Sloped ceiling prevents dripping of condensation onto samples Microprocessor-based cycling controls for basic cycling testing Fog stripper, manual operation Timer for bubble tower Precision air regulator Solution spray with multiple nozzles UL approval External condensate collection package High voltage kit (over 460 VAC) High capacity oil & water extractor Custom sizes (extra height / any LxW / drive-in or drive-through with overhead door) and configurations (pass-through electrical/mechanical ports)

The Atlas HVFAA Horizontal Vertical Flame Chamber provides the most accurate means for determining the flammability of aircraft cabin and cargo compartment materials, liners and waste stowage compartment materials, and electric wire. The large volume chamber prevents oxygen depletion during tests. Three digital timers with remote control make specimen event timing precise and convenient. To ensure accurate and repeatable tests, an optional burner flame temperature verification kit is available. The HVFAA is the optimal instrument for conducting repeatable FAA flammability tests. Designed to be used for testing in accordance with FAA's Aircraft Material Fire Test Handbook DOT/ FAA/AR-00/12, Chapters 1.0 - 4.0 (FAR 25.853, 25.855, 25.1359) Draft-free large volume (>0.5m 3) flame chamber Vertical, Horizontal, 45 Degree and 60 Degree Wire Test Packages Sliding hand ports for chamber access Regulated gas control system Calibrated gas flow meter with precision needle valve adjustment ASTM D5025 Bunsen burner with remote positioning Stopwatch plus three handset operated digital timers Tempered glass sliding window Interior inspection light Flame height gauge High temperature exhaust blower with variable speed control ASTM D5207 flame confirmation kit

The Atlas HVUL2 Horizontal Vertical Flame Chamber is designed for the flammability testing of plastic materials used in consumer electric devices and appliances. The chamber is constructed of stainless steel with a black interior and large sliding window for easy viewing. The HVUL2 includes a fully adjustable specimen support and a precision metered gas burner. Three digital timers with remote control are mounted on the inside back wall of the chamber, allowing for precise and simplified operation. Burner angle adjustable to 0º, 20º, 45º Flexible iris hand access ports Remote burner positioning Sliding tempered glass viewing window Removable burner carriage assembly Flexible laboratory fixturing Interior light Digital timers located in line of sight with specimen Digital timers with resolution of 0.1 sec Remote control with push button reset for in-chamber event timing. Electrical gas shut-off solenoid Gas control system Flame confirmation kit (ASTM D5207) Black interior finish Performs all UL 94 tests (Except Section 10.0 Radiant Panel Test) Bench top chamber (Volume greater than 0.75 m 3) Tirril Burner Multi-directional specimen and burner positioning apparatus Quick release mount for burner during manual operation Large sliding, tempered-glass window for test viewing Exhaust blower (1/3 hp) with variable speed control (580 cfm in free air) Sliding damper for draft free chamber Manometer/pressure gauge, 300 mm Four flame height and sample gauges Interior Dimensions: 122 cm (48'') W x 112 cm (44'') H x 60 cm (23.5'') D Exterior Dimensions: 122 cm (48'') W x 140 cm (55'') H x 61 cm (24'') D Bench Weight: 163 kg (360 lbs) Simple burner angle adjustment (0°, 20°, 45°) Specimen holders for all five Bunsen burner tests Digital timers for specimen test duration, 0.1 sec. resolution Remote control with push button reset for in-chamber event timing Quick release mount for burner during manual operation Hand access openings with irises for closed window access

The Atlas HMV is the preferred flame chamber for conducting burn rate and burn resistance tests on automotive interior materials. Its durable stainless steel construction, large glass viewing window, door- mounted burner and lift-off top cover for easy specimen access greatly enhance user convenience. The loading of specimens is simplified with a unique snap-together specimen holder. The optional Automatic Gas Control (AGC) features a digital timer and push-button gas controls that provide automatic or manual flame impingement modes. The Atlas HMV was designed with the user in mind. Worldwide use for qualification of automotive interior materials Stainless steel chamber with removable top Door-mounted burner with flame height adjustment and pilot ignition Stainless steel U-shaped specimen holder with support stand Specimen supporting wire Stopwatch and measurement scale Separate enclosure for gas controls Specimen holder assembly Stainless steel cabinet Specimen support frame Dimensions: 38cm (15'') W x 20cm (8'') D x 38cm (15'') H Weight: 11 kg (28 lbs.) Automatic Gas Control (AGC) System for automated flame impingement and piloted ignition

The SEPAP MHE is designed to perform accelerated photoaging of polymers with the aim of understanding the aging mechanisms of polymers exposed outdoors and examining the chemical evolution at a molecular level. Using a mercury vapor lamp, the SEPAP MHE is able to replicate and accelerate the chemical mechanisms responsible for the gradual loss in properties of polymers during their lifetime. The SEPAP MHE is capable of operating at irradiance levels between 90 W/m² and 300 W/m² (290 - 420 nm). Mercury vapor lamp (1000 W) 1040 cm² specimen rack capacity Irradiance range 90 - 300 W/m² (290 nm - 420 nm) Precise control of irradiance, Black Standard Temperature (BST) and chamber temperature Radio-controlled on-rack light and BST monitor XENOSENSIV Chamber temperature range up to 70 °C BST range up to 100 °C Full color multi-lingual user interface Relative humidity control using ultrasonic humidifiers (SEPAP MHE+) Relative humidity range 10 - 95% (SEPAP MHE+) Specimen spray with 60 liter integrated water reservoir (SEPAP MHE+)