· 2014. 4. 25. · fracture mechanics specimens for lefm testing in accordance with iso 13586....

Version 5.05

www.ceast.com

www.ceast.com

AArcvisBBall DropBrittlenessCCarbon BlackClash & BergCombustion ResistanceContour CutCryoboxCryodispensercvSTRAIN softwareDDartower PlusDAS JuniorDAS 16000Density Meter (1 col.)Density Meter (2 col.)Dielectric RigidityDilatometerDynamic Fatigue

FFalling WeightFlammability MeterFNCT - Full Notch Creep TesterFractovis PlusGGel Time

HHDT 3 JuniorHDT 3 VicatHDT 6 VicatHDT Vicat 500 AlOxideHobbitHollow Die Punch - ManualHollow Die Punch - PneumaticIImpactor II

MMelt Flow Quick IndexMelting PointMinicutvisModular Melt FlowModular Melt Flow 7027MMF Multiweight 7028Modular Rheologic LineNNotchvis Automatic PlusNotchvis Machines - ManualNotchvis Machines - MotorizedOOxygen IndexQQ-MeterRRazor NotchResilvisRheologic 1000Rheologic 2500Rheologic 5000

IndexSSchering BridgeSlip TesterSmart RHEOStiffnessStrainvisStress CrackingTTear TesterTeraohmmeterThermal ConductivityTrackvis

VVicat 500-DVisualCUTVisualIMPACT SoftwareVisualMELT SoftwareVisualRHEO SoftwareVisualTHERM Software

CEAST S.p.A.has been active in the scientific sector since 1953, specializing in the production of instruments for qualitycontrol and research for polymers and elastomers.

By employing our own experts in development and production, CEAST is able to study, design and buildinstruments from the prototype stage right through to commercial production.

Specialization in hardware and software design allows CEAST to satisfy all market requirements. Moreover,CEAST experts have attended for many years, and are currently active in, the International Work Groups whodecide and issue standards for test methods.Our instruments are always built according to ISO - ASTM - DIN - BS - NF - UNI - UNE - JIS - GÖST Internationalstandards.

Through close collaboration with European Universities and Institutes, CEAST gains important feedback andthus optimises the instruments’ designs.By conforming to ISO 9001:2000 (certified by TÜV), CEAST is able to provide certificates of conformity on allits product range. Moreover, as CEAST instruments are built according to ISO and DIN standard, they canalso meet, for example, the CAMPUS databank for polymers, both for preparation and testing of specimens.

CEAST instruments are made to satisfy European safety directives and are supplied with the requiredprotective safety systems.

With its own sales network, CEAST is present in all industrial countries and can thus provide the after salesservice required by each market area.

TESTING:THERMOPLASTICTHERMOSETTINGPOLYMERS

TESTING:COMPOUNDSMASTERBATCHESCOMPOSITES

TESTING:THERMOPLASTICELASTOMERSPOLYMER BLENDS

TESTING:NANOCOMPOSITESADVANCEDPOLYMERICMATERIALS

RAW MATERIALSSEMIFINISHED PRODUCTS

FINISHED PRODUCTS

Specimen Preparation

Process Test Evaluations

Mechanical and Physical Test Evaluations

Thermal Test Evaluations

Electrical Test Evaluations

Fire Test Evaluations

Specimen Preparation

Manual Hollow Die PunchPneumatic Hollow Die PunchManual NotchvisMotorized NotchvisAutomatic Notchvis PlusContour CutMinicutvisRazor Notch

Impactor IIVisualIMPACT SoftwareDAS JuniorDAS 16000Cryobox

CryodispenserResilvisBall DropHobbit

Mechanical and Physical Test Evaluations

Dart TesterFractovis PlusFalling Weight for Impact Testing on PipesTear TesterStiffnessSlip TesterDynamic Fatigue ApparatusStrainviscvSTRAIN SoftwareFull Notch Creep Tester - FNCT

Density Meter (1 Column)Density Meter (2 Columns)Melting PointMelt Flow Quick IndexModular Melt FlowModular Melt Flow 7027MMF MultiweightVisualMELTSmart RHEO 1000 and 2000Modular Rheologic LineVisualRHEO

Process Test Evaluations

Hdt 3 JuniorHdt 3 VicatHdt 6 Vicat

Hdt Vicat 500 AlOxideVicat 500-DVisualTHERMClash & BergStress CrackingBrittlenessDilatometerGel Time

Carbon Black

Thermal Test Evaluations

Dielectric RigidityTrackvisTeraohmmeterQ-MeterSchering BridgeArcvis

Electrical Test Evaluations

Flammability MeterCombustion ResistanceOxygen and Temeparture Index

Fire Test Evaluations

Used for cutting out specimens from film and thin sheets of various materials(not brittle) using steel dies prepared according to international standards (ISO,ASTM and others) and custom order requirements.

code 6051.000

HOLLOW DIES FOR HOLLOW DIE PUNCHDies are available for both our manual and pneumatic Hollow Die Punchesprepared in accordance with international standards (ISO, ASTM and others).Custom dies made according to personalized dimensions may also be ordered.

Manual Hollow Die Punch 6051.000

Specimen PreparationSpecimen Preparation

Used for cutting out specimens from film and thin sheets of various materials(not brittle) using steel dies, with a pneumatic punching system preparedaccording to international standards (ISO, ASTM and others) and custom orderrequirements.

code 6054.000

HOLLOW DIES FOR HOLLOW DIE PUNCHDies are available for both our manual and pneumatic Hollow Die Punchesprepared in accordance with international standards (ISO, ASTM and others).Custom dies made according to personalized dimensions may also be ordered.

Pneumatic Hollow Die Punch 6054.000


Designed to carefully, rapidly, and accurately notch up to 5 specimens for impacttesting at one time using the linear knife cutting technique. Interchangeableconstant profile knives are available to meet international, national and customorder requirements.

Unit with Micrometric Head, code 6816.000Unit with Digital Display, code 6955.000

Manual Notchvis 6816.000, 6955.000


Designed to notch specimens for impact testing using a motor driven constantprofile knife.Multiple specimens may be notched at one time and knife speed can beregulated. For depth of notch control, the forward advancement of the knife ismanually regulated. Interchangeable constant profile knives are available to meetinternational, national and custom order requirements.

code 6951.000

Equipped with a special device, the instrument is able to prepare FractureMechanics specimens for LEFM tests according to ISO 13586.

code 6816.010

Motorized Notchvis Machines 6951.000


Designed to prepare up to 50 notched specimens for impact testing using thelinear knife cutting technique. This instrument can also be equipped with optionalsaws for preparing impact specimens from multipurpose dumbbell specimens inaccordance with ISO 3167 and ASTM D 638.Optional knife cooling eliminates effects of heat stress during notching, allowingfor maximum notching speeds. Knife speed and advancement are set by theuser and automatically controlled during the cycle.A wide range of interchangeable constant profile knives is available to meetinternational, national and custom order requirements.

code 6867.000

Notchvis Automatic Plus 6867.000


Contour Cut 6490.000

A copy milling machine that is ideal for preparing specimens from rigid orreinforced materials.Included is a vacuum system for dust collection. This machine meets the moststringent safety requirements.A wide range of templates is available to meet international, national and customorder requirements.

code 6490.000


A computerized CNC milling machine for 2D specimen preparation from rigidmaterials. The three-axis movement (x, y, and z) is completely PC controlled. Anumber of pre-programmed profiles according to international and nationalstandards are available. CAD drawings can be imported for personalization.

code 6877.000

Minicutvis 6877.000


Using a special blade, this machine is specifically designed for starting a crackin specimens to be used for various polymer tests. The depth of the crack ismeasured using a micrometer. This equipment can be used for preparingFracture Mechanics specimens for LEFM testing in accordance with ISO 13586.

code 6545.210

Razor Notch 6545.210


Impactor II & Impactor Junior 25 J 7610.000, 7611.000, 7612.000, 7613.000

Advanced versatile pendulum machine for carrying out impact tests according to Charpy (forbars or pipes), Izod, Dynstat and Tensile Impact methods thanks to a wide range of vices andhammers that are easily interchanged. For energy up to 50 J with suitable accessories. Single-column, monolithic cast iron frame. Pneumatic brake and automatic hammer repositioningavailable. Wide touch-screen display for parameters set-up and data visualization (based onWindows CE™), with the possibility to connect to a PC and control the instrument through theoptional VisualIMPACT software. New magnetic non-contact encoder, new designed hammerswith automatic identification and quick mounting. Suitable for instrumented and non-instrumented tests, even at different temperatures with the optional devices for specimenconditioning. Additional LAN port for network connection and USB for printer and flash memory.Meets ISO, ASTM, DIN, BS and other standards.

Impactor II w/manual brake & manual hammer repositioning code 7611.000

Impactor II w/pneumatic brake & manual hammer repositioning code 7612.000

Impactor II w/pneumatic brake & motorized hammer repositioning code 7613.000

Impactor Junior 25 J code 7610.000

Mechanical and Physical Test EvaluationsMechanical and Physical Test Evaluations

Dedicated software for ALL CEAST Impact Testers (Pendulums and FallingWeights), runs on all Windows O.S. under the CeastVIEW environment.Collects and analyses test results and manages parameters for Instrumentedand Non-instrumented tests. Allows easy method and equipment selection,graph editing, statistical analysis.

code 0710.680

VisualIMPACT 0710.680


Data Acquisition System for instrumented impact testing. Single channelacquisition at a frequency of up to 2 MHz thanks to its advanced electronics. Canbe used with all CEAST Pendulums and Falling Weight instruments.

code 7181.000 for strain-gauge strikers

code 7182.000 for piezo strikers

DAS Junior 7181.000, 7182.000


DAS 16000 7185.000

Advanced Data Acquisition System especially designed for instrumented impact.Allows for synchronized, simultaneous acquisition of up to 8 analogical signalsfor a single impact event. It is able to collect data from strain gauges,piezoelectric sensors, accelerometers, and others. Each channel is equippedwith an analog interface with variable gain, filter, and analog to digital converter,data memory, and logic control.Each channel can acquire up to 16000 points at a frequency of up to 2 MHz.Can be used with all CEAST instruments for Instrumented Impact (Pendulumsand Falling Weights).

code 7185.000


Cryobox 7610.016

This Cryobox is a thermal conditioning cell mounted on the instrument,positioned around the specimen vice and used for conditioning a singlespecimen to be used for below-zero tests. It is able to condition IZOD, CHARPY,or TENSILE IMPACT specimens.Temperature range from room temperature to –50°C. Cooling circuit requiresliquid nitrogen.

code 7610.016


Stand alone thermal conditioning cell for conditioning multiple Charpy and Izodtest specimens at one time and at a constant temperature. Requires manualmovement of the specimens (tool included).Hand or foot pedal release of specimens is available.Temperature range: -70°C to +100°C. Cooling circuit requires liquid nitrogen.

code 7260.000

Cryodispenser 7260.000


Fully automatic pendulum with robotic movement for consecutive tests on up to 500 Charpy orIzod specimens, according to ISO, ASTM and equivalent standards. Five models are availableand include: • Fully automatic Resil Impactor; • Automatic movement of the specimens into andout of the vice; • Pre-test measurement of the specimens; • Integrated electrical and electroniccontrol unit. Optional equipment includes thermo-cryostatic chamber (-70°C to +150°C),automatic specimen temperature detection before impact, measurement of hammer velocitybefore impact, and an optical device for determining type of failure. The basic thermoregulationsystem is based on liquid nitrogen. Alternative system based on liquid CO2 available. Themost advanced solution is based on an air-circulation non-CFC conditioning unit. Dedicatedsoftware controls the instrument and handles data from both instrumented and non-instrumented impact events. Compatible with all Windows® operating systems.Resilvis for Room Temperature Testing, 125 Specimens, code 7110.000Resilvis for High and Low Temperature Testing, Liquid Nitrogen Cooling, 125 Specimens,code 7111.000Resilvis for High and Low temperatre testing with Non-CFC Independent Thermo-Refrigerationunit, 125 specimens, code 7112.000Resilvis for High and Low Temperature Testing, Liquid Nitrogen Cooling, 500 Specimens,code 7121.000,Resilvis for High and Low temperatre testing with Non-CFC Independent Thermo-Refrigerationunit, 500 specimens, code 7122.000

Resilvis 7110/000, 7111.000, 7112.000, 7121.000, 7122.000


Ball Drop 6211.000, 6212.000

Instrument used to statistically determine the energy needed at roomtemperature to perforate films, paper, composite sheets and similar materials,even with high elongation coefficients, using a free-falling dart. Specimens maybe held in place using either a mechanical or a pneumatic clamp.The wide range of darts available covers ISO, ASTM, BS, NF and otherstandards.

Instrument according to ISO - ASTM - NF standards, code 6211.000Instrument according to BS standard, code 6212.000


An instrument for the study of impact on film and laminates using the guidedfalling weight technique.Maximum energy available for testing is 21 J. Can be equipped withinstrumented strikers and DAS 16000 or DAS Junior.The wide range of darts available covers ISO, ASTM, BS, NF and otherstandards.

code 6887.000

Hobbit 6887.000


Advanced compact instrument for falling weight impact tests, delivering amaximum energy of 400 J. Can be configured for tests on plates and films, butalso bars, pipes and small finished products thanks to the various supports andaccessories available. Designed for instrumented tests with the advancedCEAST Data Acquisition Systems DAS Junior or DAS 16000. Meets ISO, ASTM,DIN and other standards.Basic version, code 7515.000Version with Thermostatic Chamber, code 7516.000

Dartower Plus 7515.000, 7516.000


The Fractovis Plus has been developed to run statistical and instrumented impacts usingthe “Guided Falling Weight” technique. This instrument can test film, rigid specimens,finished goods, pipes, and more. The modular base allows users to define an initialconfiguration that can be further developed and expanded upon as their needs change.The base instrument can perform tests at room temperature with variable speeds; up to4,6 m/s, and can reach up to 755 J potential energy. Optional equipment includes:thermal conditioning chamber (-70° to +150°), additional energy system (to reach up to1800 J and 24 m/s), anti-rebound (for single impact by striker), striker lubrication,automatic weighing, automatic specimen feeding, etc. Instrumented impact can beperformed with a variety of strikers using either strain gauge or piezoelectric tups whenused together with the DAS 16000 or DAS Junior.Meets ISO, ASTM, DIN, BS and other standards.

Small Specimen Chamber, code 7520.000Small Specimen Chamber with Thermal Conditioning, code 7521.000Large Specimen Chamber, code 7525.000Large Specimen Chamber with Thermal Conditioning, code 7526.000

Fractovis Plus 7520/1.000, 7525/6.000


A guided falling weight instrument specifically developed for statistical testing ofpipe impact resistance in accordance with ISO 3127. Able to impact pipes withdiameters ranging from 10 mm to 630 mm.Potential energy between 0,24 J and 313 J. Adjustable falling height of up to 2 m(falling speed of up to 6,26 m/s). Motorized positioning of the dart (carryingadditional compoundable weights) with display of falling height. Different pipesupports and striker heads available. Meets ISO, ASTM, DIN, BS and otherstandards.

code 7582.000

Falling Weight for Impact Testing on Pipes 7582.000


Pendulum specifically designed to carry out tear tests on plastic film or similarsubstrates. The stated potential energy is reached using a sector with variableweights. The instrument is controlled by a microprocessor. A display shows thetest result of the force in mN and N. Force intervals available between 4000 mNto 64000 mN, and 50 N to 100 N. PC and printer connection via RS232 port.Meets ISO, ASTM, DIN, BS and other standards.

Model 83.20.00, code 3608.000: maximum capacity 64000 mNModel 83.21.00, code 3609.000: maximum capacity 100 N

Tear Tester3608.000, 3609.000


The ideal instrument for determining the flexural strength of a specimen, inaddition to its elastic flexural modulus and other physical properties. Theinstrument shows the applied force on its display.The Force/Deformation curve of rigidity can be obtained using an X-Y recorder orusing a PC with the specific software. Maximum applied force on the specimenis 19.5 N.This instrument meets ASTM and equivalent norms.

code 6066.000 (50 Hz)code 6067.000 (60 Hz)

Stiffness 6066.000, 6067.000


To determine the coefficient of first slip or friction on film or similar materials.Range: 0 N to 10 NSpeed: 150 mm/minOption: force/time curves can be obtained by connecting an XT recorder orusing dedicated software for PC.Standards: ASTM - UNI - DIN or equivalents

Standards: ASTM - UNI - DIN or equivalents.Instrument meeting ASTM D 1894, code 6196.000Instrument meeting DIN 53375, code 6197.000

Slip Tester 6196.000


Dynamic Fatigue Apparatus 6071.000

An instrument to determine the dynamic fatigue of a specimen.The specimen is subjected to fatigue in sinusoidal cycles with variable frequencyup to 33 Hz.This instrument meets ASTM and equivalent standards.

code 6071.000


A dedicated instrument for the measurement of Creep of plastic materials atdifferent temperatures and under different conditions: tensile, three pointbending, four point bending, and compression.The instrument houses 5 independent stations, and has sensors for themeasurement of the deformation that the specimen undergoes during the test.Dedicated software (in the CeastVIEW platform) controls the measurementsand elaborates the data. Working temperature: +30°C to +150°C. Maximumdeformation: 10 mm. Maximum applied force: 5000 N, independent for eachstation. Meets ISO, ASTM, DIN, BS and other standards.

code 6800.000

Strainvis 6800.000


FNCT - Full Notch Creep Tester 7405.000

An advanced instrument to test the environmental stress cracking (ESC)resistance of plastic bars notched on four sides, according to ISO 16770 methodoriginally designed for polyethylene grades for pipes. A constant tensile load isapplied while the specimens are immersed in a surfactant solution or otheraqueous medium at a user-selectable temperature. Includes 6 independentstations with brushless servomotors and LVDT sensors (maximum stressapplicable to each specimen: 2000 N). Full deformation curve and time to failureare recorded for each station (software included). Meets ISO and equivalents.

code 7405.000


Density Meter 6001.000

Designed to measure the density (g/cm3) of solids using the Density Gradientmethod with calibrated spheres of known density. Operating range: 0.5 to3 g/cm3. Accuracy: 4 significant figures.Models available with 1 to 6 columns. Meets ISO, ASTM and other similarstandards.DENSITY METER (Single Column) code 6001.000

THERMOCRYOSTAT To be used in conjunction with 6001.000code 1263.000

Process Test EvaluationsProcess Test Evaluations

Designed to measure the density (g/cm3) of solids using the Density Gradientmethod with calibrated spheres of known density. Operating range: 0.5 to3 g/cm3. Accuracy: 4 significant figures.Models available with 1 to 6 columns. Meets ISO, ASTM and other similarstandards.DENSITY METER (Two Columns) code 6007.000DENSITY METER (Three Columns) code 6008.000DENSITY METER (Six Columns) code 6012.000

Density Meter 6007.000, 6008.000, 6012.000


Instrument to determine the melting point of specimens according to the hotsurface contact method.Temperature range: +30°C to 300°C. Meets ISO, ASTM and other similarstandards.

code 6185.000

Melting Point 6185.000


A compact instrument for melt flow testing of thermoplastic materials using asimple test procedure according to “Method A” (MFR: g/10 min) of theinternational standards (ISO and ASTM).The constant temperature throughout the instrument’s oven is its strength,allowing high extremely good reproducibility of results. Meets ISO, ASTM andother similar standards.

code 7021.000

Melt Flow Quick Index 7021.000


A melt indexer with a modular base for the automatic measurement of MFR (g/10 min)and MVR (cm3/10 min) at temperatures from 30°C to 400°C (optionally 500°C). The baseinstrument has a microprocessor for automatic control of the operations, storage of thetest parameters, storage of up to 40 measurement points, and up to 25 test procedures.Standard functions include auto-calibration, calculation and display of rheological data,operative checks and alarms, security passwords, a swinging weight platform foreasy cleaning and USB ports for PC and Printer connection. Optional equipment can beadded to the base, either at time of purchase or at a later date, directly by the customerat their location. Options include an encoder for measuring piston travel, a weight lifter,and an automatic extrudate cutting device.Can be used with Ceast VisualMELT software.

Base Model, code 7023.000Base Model with Encoder, code 7024.000Base Model with Encoder and Weight Lifting Device, code 7025.000Base Model with Encoder, Weight Lifting Device and Automatic Cutting Device, code 7026.000

Modular Melt Flow 7023.000, 7024.000, 7025.000, 7026.000


Advanced melt indexer featuring a multiple weight set for multiple weight tests during asingle test event, a load cell for initial polymer compacting and purging with a knownforce, and a programmable final purge. This evolution of Melt Flow Testing where a singletest can be performed with one, two or three test weights generates interesting rheologicaldata including the shear sensitivity and the initial points of the rheological curve. Using ourVisualMELT software, this information is automatically calculated and graphed. Meetsinternational standards.• Single test weights or multiple test weights can be used to perform tests with one, two

or three weights.• Compacting, purge to test height, and end test purge using maximum test weight

loaded OR optional Load Cell (with an applied force of up to a maximum of 75 kg). Idealfor “fractional” melts.

• Innovative optional Piston for high flow rate polymers allows ALL WEIGHT to be removed.• Pre-programmed cycles for ASTM D 1238 and ISO 1133 Method A and Method B.• Ability to configure a wide range of parameters and settings to comply with the

international standards.code 7027.000

Modular Melt Flow - Multi Weight Tests 7027.000


The latest development in terms of melt index tests according to MFR and MVRprocedures, for single weight and multiple weight determinations in one test.Multiple weight tests can include up to 5 masses in any sequence (includingdecreasing and increasing weight), with fully customisable preheating andmeasurement steps. All masses are pre-installed and managed by the machinewithout manipulation by the operator. High resolution encoder for pistondisplacement, stable and precise temperature profile in the barrel. Additionalfeatures include a large touch-screen display for full programming anddiagnostic functions fully complying with ASTM D1238 procedures A, B, C, D andISO 1133 A and B, direct-contact encoder, tilting barrel for easy cleaning andinspection, and compacting and purging functions that can be supported by loadcell. Melt cutting, die swell and cleaning accessories available.Optional advanced VisualMELT software for full control and databasemanagement.code 7028.000

MMF Multiweight 7028.000

Software suite dedicated to CEAST instruments for Melt Flow Rate tests, forsingle-weight or multiple-weight tests. Similar to the other CeastVIEW suites,VISUALMELT manages the complete test procedure: parameter set editing, real-time graphs supporting test execution, data acquisition and storage,elaborations, report management and data export. All these operations can becarried out on more than one instrument simultaneously. All the quantitiesrequired by international standards on melt flow tests (MFR, MVR, viscosity,shear rate ratio, …) are handled by the software, both from a numerical and agraphical point of view. An electronic scale for the measurement of extrudatemass can be connected. Available modules for advanced analysis: SQC(Control Chart module).

code 0710.650

VisualMELT 0710.650


The evolution of our Rheologic Capillary Rheometers, our Smart RHEO models are bench topcapillary rheometers suitable for both Quality Control and Research & Developmentlaboratories. The two-column main frame construction guarantees maximum performance. PCcontrolled using dedicated VisualRHEO software under CeastVIEW platform. Velocity ratio of1:500’000 corresponding to a piston speed of 0,0024 to 1200 mm/min, tests with unlimitedsteps at constant shear rate or constant speed. Load cells on each piston mounted on quickchange supports (available ranges from 1 to 50 kN), pressure transducers available from 3,5to 200 MPa. Meets ISO, ASTM and equivalent standards. Smart RHEO 1000, code 7040.000Primary application: quality control, maximum force 10 kN, Single bore, Barrel diameter 9,55mm standard (12 mm optional), working barrel length: max 160 mm (depending on capillarylength), test temperature up to 350 °C. Optional hardware: Nitrogen blanket, Die Swell,integrated Semi-automatic cleaning device.Smart RHEO 2000 Single Bore, code 7041.000Smart RHEO 2000 Twin Bore, code 7042.000Smart RHEO 5000 Single Bore, code 7043.000Smart RHEO 5000 Twin Bore, code 7044.000Primary applications: quality control and research & development, maximum force 20 kN (SmartRHEO 2000) or 50 kN (Smart RHEO 5000), Single Bore or Twin Bore, Barrel diameter 15 mmstandard (9,55, 12, 20 mm optional), working barrel length 290 mm, test temperature up to 450°C. Optional hardware: Nitrogen blanket, Die Swell, integrated Semi-automatic cleaning device,Stretching unit, PVT, Slit Dies, Automatic melt cutting device, Thermal Conductivity.


Smart RHEO 1000, 2000 and 5000 7040.000, 7041.000, 7042.000, 7043.000, 7044.000

Traditional floor-standing capillary rheometers, to meet the most demanding requirements ofResearch and Quality Control laboratories for thermoplastic polymers and composites. PCcontrolled using dedicated VisualRHEO software under CeastVIEW platform. Velocity ratio of1:500’000 corresponding to a piston speed of 0,0024 to 1200 mm/min, tests with unlimitedsteps at constant shear rate or constant speed. Load cells on each piston mounted on quickchange supports (available ranges from 1 to 50 kN), pressure transducers available from 3,5to 200 MPa. Maximum force up to 50 kN (Rheologic 5000), Single Bore or Twin Bore, Barreldiameter 15 mm standard (9,55, 12, 20 mm optional), working barrel length 290 mm (capillaryentrance at constant distance from pressure transducers), test temperature up to 450 °C.Optional hardware: Nitrogen blanket, Die Swell, integrated Semi-automatic cleaning device,Stretching unit, PVT, Slit Dies, Automatic melt cutting device, Thermal Conductivity. Meets ISO,ASTM and equivalent standards.Rheologic 1000, 10 kN maximum total force, code 7035.000Rheologic 2500, 25 kN maximum total force, code 7036.000Rheologic 1000, 50 kN maximum total force, code 7037.000

Modular Rheologic Line 7035.000, 7036.000, 7037.000


Software suite dedicated to CEAST’s capillary rheometer instruments (Rheologic andSmart RHEO), both single-bore and twin-bore versions. Similar to the other CeastVIEWsuites, VISUALRHEO manages the complete test procedure: parameter set editing, real-time graphs supporting test execution, data acquisition and storage, elaborations, reportmanagement and data export. All these operations can be carried out on more than oneinstrument simultaneously. All the quantities required by international standards oncapillary rheometer tests (viscosity, shear rate, shear stress, Bagley and Rabinowitschcorrections, NNI, …) are handled by the software, both from a numerical and a graphicalpoint of view. Manages different types of test (standard, Thermal Degradation, PVT, SlitDies, Melt Stretching, Extrusion, Die Swell, Swell Stretching, Melt Fracture, ThermalConductivity) run in manual or automatic mode, and real-time graphs are widely used.Available modules for advanced analysis: advanced curve fitting, viscosity dependence ontemperature, wall slip, elongational viscosity, stress relaxation, shear sensitivity, meltfracture, MWD analysis, test curve comparison, reference curve management, thermaldegradation. Utility modules: passwords, export, multi-instrument, curve comparison.

code 0710.414

VisualRHEO 0710.404


Instrument for determining the Heat Deflection Temperature (HDT), and VicatSoftening Point (Vicat) for thermoplastic materials. Test specimens are heatedusing a circulating oil bath that can reach up to 300°C. The instrument has threeindependent working stations, each with its own linear LVDT transducer, and iscontrolled by a soft-touch keyboard and display, where the operator can choosestandard testing or insert customized test parameters for each single station.Optional equipment includes thermocouples for individual station temperaturerecording. Meets ISO 75/1.2, ASTM, DIN, ANFOR and other standards.

code 6910.000

HDT 3 Junior 6910.000

Thermal Test EvaluationsThermal Test Evaluations

Instrument for determining the Heat Deflection Temperature (HDT), and VicatSoftening Point (Vicat) for thermoplastic materials. Test specimens are heatedusing a circulating oil bath that can reach up to 300°C. The instrument has threeindependent working stations, each with its own linear LVDT transducer.Each station is equipped with a thermocouple to record the local temperature.The instrument is controlled by a microprocessor, and may be connected to aPC for data handling using the VisualTHERM software. Meets ISO 75/1.2, ASTM,DIN, ANFOR and other standards

code 6911.000

HDT 3 Vicat 6911.000


Instrument for determining the Heat Deflection Temperature (HDT), and VicatSoftening Point (Vicat) for thermoplastic materials. The test specimens areheated using a circulating oil bath that can be used up to 300°C. The instrumenthas six independent working stations, each with its own linear LVDT transducer.Each station is equipped with a thermocouple to record the local temperature.The instrument is controlled by microprocessor, and may be connected to a PCfor data handling using the VisualTHERM software. Meets ISO 75/1.2, ASTM,DIN, ANFOR and other standards.

code 6921.000

HDT 6 Vicat 6921.000

A revolutionary instrument for HDT and VICAT tests on the newest techno-polymers at temperatures from 50°C to up to 500°C. Using fluidised bedtechnology in place of the traditional oil bath, up to three samples can be testedsimultaneously in independent test stations. Easy use and environmentalfriendliness combine to make this instrument ideal for research and qualitycontrol applications.Available as a stand-alone instrument, controlled by microprocessor and soft-touch keyboard, the HDT VICAT 500 ALOXIDE may also be PC controlled usingthe dedicated software VisualTHERM.Meets ISO, ASTM, and other standards.

code 7310.000

Hdt Vicat 500 AlOxide 7310.000


Designed to specifically measure the VICAT softening point of polymers on sixindependent test stations with the use of heated contact surfaces instead of oil.This technique allows testing to be performed up to 500°C. Additionally, coolingtime is halved compared to traditional oil based systems. This allows for rapidturn-around of testing on the instrument and makes it particularly interesting forproduction and quality testing. Available as a stand-alone instrument, controlledby microprocessor and soft-touch keyboard, the VICAT 500-D may also be PCcontrolled using the dedicated VisualTHERM software.Meets ISO, ASTM, and other standards.

code 7302.000

Vicat 500-D 7300.000, 7301.000


Software suite dedicated to CEAST’s HDT and Vicat instruments. Similar to theother CeastVIEW suites, VISUALTHERM manages the complete test procedure:parameter set editing, real-time graphs supporting test execution, dataacquisition and storage, elaborations, report management and data export. Allthese operations can be carried out on more than one instrumentsimultaneously. All the quantities required by international standards on thermo-mechanical HDT and Vicat tests are handled by the software, bothfrom a numerical and a graphical point of view. Manages different types of tests(based on deflection, temperature, time or a combination of these). Availablemodules for advanced analysis: creep, elastic modulus and thermal dilatation.

code 0710.500

VisualTHERM 0710.500


Instrument for determining the apparent rigidity torsional modulus “G”, thePoisson ratio and, consequently, the apparent modulus of longitudinal elasticity(Young’s modulus).Working temperature: - 70°C to + 250°CStandards: ASTM - ISO - DIN BS or equivalents.

code 6550.000

Clash & Berg 6550.000


Stress Cracking 6947.000

A set of equipment ideal for sample preparation for plastic materials to undergoStress Cracking at various temperatures. The set includes a micrometer andhead for measuring the depth of crack of the specimen with a precision of 0.01mm. Special thermostatic baths, code 2053.000, with sample containers arealso available. Meets ASTM and other similar standards.

code 6947.000

See also “Full Notch Creep Test” code 7400.000


Used to determine the temperature at which materials exhibit brittle behaviorunder impact. Five to fifteen samples may be housed in a thermostatic bath,based on the reference standard. The cooling medium can be either dry ice(solid CO2) or liquid nitrogen. Working temperature from –70°C to +20°C. Anoptional device can measure the velocity of the striker just prior to impact. MeetsISO, ASTM and other national standards.

Basic version code 6565.000

Cryostatic Versions with automatic cooling system down to -70°Ccode 6567.000Cryostatic Versions with automatic cooling system and hammer speed detectioncode 6569.000

Brittleness 6565.000, 6567.000, 6569.000


Specifically designed to measure the linear dilatation coefficient of thermoplasticmaterials. This instrument uses two thermostatic cells at two pre-settemperature levels. Optional equipment includes digital, independent cryostaticbaths. Base unit working temperature range: -10°C to +100°C. Meets ISO, ASTMand other national standards.

code 6105.000

Thermostatic cell code 6105.001Option: Digital Cryothermostatic Bath code 1263.000

Dilatometer 6105.000


Used to determine the temperature of gel transition for thermoplastic materialsusing a heated metal block. The test is visual. The instrument has four testpositions. Working temperature: +20°C to +200°C.Meets ASTM and equivalent standards.

code 6190.000

Gel Time 6190.000


Suitable for determining the quantity of Carbon Black in polyolefin and otherpolymeric resins using pyrolisis. The specimen is heated in a tubular furnace.Nitrogen flow through the tube acts as the vehicle for the gaseous products ofpyrolisis. Working temperature: variable from +300°C to +700°C. Meets ASTMand other similar standards.

code 6306.000

Carbon Black 6306.000


Designed to determine the dielectric rigidity of insulating polymer materials atcommercial tensions in either air or oil bath. The tension can be appliedaccording to the three different methods prescribed by ASMT D149. Voltagerange: up to 60 kV or 100 kV, based on the model chosen. Voltage setting mayeither be manually controlled or motorized. Meets ASTM, DIN, UNI, CEI and othersimilar standards.

Manual Voltage Rise, 60 kV, code 6135.050Motor Driven Voltage Rise, 60 kV, code 6135.053Motor Driven Voltage Rise in 4 steps, 60 Kv, code 6135.054Motor Driven Voltage Rise in 4 Steps, 100 kV, code 6133.053

Dielectric Rigidity 6135.050, 6135.053, 6135.054, 6133.053

Electrical Test EvaluationsElectrical Test Evaluations

Ideal for evaluating the resistance of insulating rigid polymers subject tosuperficial sliding currents, in the presence of an aqueous electrolyte solution. Aperistaltic pump carefully controls the volume of electrolyte introduced to the testarea. Many electrodes are available according to specific test standards.Meets ASTM, DIN, UNI, CEI and other similar standards.

code 6266.000

Trackvis 6266.000


Designed to determine the electrical surface resistance and volume resistanceof dielectric polymers under defined tension. Working range: from 1010 to 2 x1016 Ω. Interchangeable electrodes are available according to specific teststandards. Optional: thermostatic chamber for measurements at constant,defined, temperature. Meets ASTM, DIN, UNI, CEI and other similar standards.Option: Thermostatic oven to carry out tests at constant temperature.

code 6148.000

Teraohmmeter 6148.000


Designed to determine the dielectric constant (εr ) and lumped impedances ofsolid electrical insulation materials: relative permittivity, dissipation factor, lossindex, power factor, phase angle, and loss angle.Test frequency: 1MHz. Capacity range: 5 to 500 pF. Tang δ range: 10-3 to 1.Material thickness range: up to 5 mm. Many electrodes are available according tospecific test standards. Meets ASTM, DIN, UNI, CEI and other similar standards.

code 6132.000

Q-Meter 6132.000


Designed to determine the loss factor, tang δ, and the dielectric constant, εr, atindustrial frequencies for dielectric polymers using a Schering Bridge. Tang δrange: 0.3 x 10-7 to 3.5. Interchangeable electrodes are available according tospecific test standards. Meets ASTM, DIN, UNI, and other similar standards.

code 6796.000

Schering Bridge 6796.000


Ideal for determining the resistance to an electric arc of electrical insulationunder high voltage and low current conditions. Tungsten and stainless steelelectrodes available. Tests are fully controlled by the instrument, minimizingpossible operator contact. Working range: 0 to 250 V, 0 to 40 mA. Meets ASTMand other similar standards.

code 6825.000

Arcvis 6825.000


Used to determine the flammability behavior of bars or films of polymers orsimilar materials. The flammability resistance is evaluated by measuring boththe time that the sample requires in order to maintain the flame and the amountof time that the material remains incandescent. The instrument is supplied withall the accessories needed to perform all of the measurements required by thenorm. A fan efficiently removes the gases produced during tests from the testchamber. Meets UL, ASTM and other similar standards.

code 6153.000

Flammability Meter 6153.000

Fire Test EvaluationsFire Test Evaluations

This instrument is specific for determining the combustion resistance index forcombustible materials by bringing the specimens in contact with anincandescent heating resistance at controlled temperature.Working temperature: +500°C to +900°C. Meets BS, DIN, UNI, CEI and othersimilar standards.

code 6145.000

Combustion Resistance 6145.000


Designed to measure the flammability degree of polymers and similar materialsby measuring the minimum concentration of oxygen required for combustion.The instrument can be equipped with an integrated heating system to pre-heateither the gas or the test cell. A digital display shows the results.Available in two models: either Oxygen Index or Oxygen and Temperature Index.Meets ISO, ASTM and other similar standards.

Oxygen Index code 6448.000Oxygen and Temperature Index code 6439.000

Oxygen Index and Temperature Index 6448.000, 6439.000


General CatalogueGeneral Catalogue

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CATALOGO GENERALE

· 2014. 4. 25. · fracture mechanics specimens for lefm testing in accordance with iso 13586....

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