2018 · The statistical evaluation is conform with ISO 13528:2015-08 As a rule, the robust...

3D printingThermoplastics Coatings & surfaces Rubber & TPE CompositesMetrologyPipes & foamsPlastic foils & geosynthetics Textiles & fabrics

according to DIN | ISO | VDA | ASTM

International proficiency tests

2018

Catalogue: products & industries

Catalogue: methods & properties

Deutsches Institutfr Ringversuche

Parameter grouping

EfficientConvenient Cost-effective

Production quality Physical basic parameters Mechanical properties Thermal analyses Rheology / viscosimetry Environmental simulation Instrumental analytics Electrical properties

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https://dir-kimw.de/en/

2018

About us

More than 15 years of professional experience

Our services

Deutsches Institut fr Ringversuche

Due to the strong growth and an advanced internationalisation of our activities in the area of interlaboratory tests, proficiency tests will in future be offered under the brand name "Deutsches Institut fr Ringversuche" (German Institute for Interlaboratory Tests).

The Kunststoff-Institut Ldenscheid has been an established provider of round robin tests for many years. Our proficiency tests are carried out in accordance with the specifications of DIN ISO/IEC 17043 and are supported by our laboratory accredited according to DIN ISO/IEC 17025.

17 years of experience in the organisation of proficiency tests Over 1000 successfully conducted proficiency tests An offer of over 200 different proficiency testsParticipants from over 50 countries

We strive for accreditation according to DIN ISO/IEC 17043. We are currently in the evaluation phase of the accreditation process.

Wide range of suitability tests according to DIN ISO/IEC 17043:2010

Statistical evaluation according to ISO 13528:2015-08

Samples for different industries and products

Guarantee of confidential and anonymous participation

Informative reports and certificates

Reference samples can be purchased

Online portal for the exchange of information

Quick and competent support throughout the entire proficiency test cycle

If required, we consult our customer to improve their skills

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The objective of the proficiency tests is to give participants the opportunity to prove and improve their aptitude.


Reference samples

2018

Participation & preparation


Optionally, we offer sets of characterized reference samples for purchase 2

Functional testing or calibration of your equipment

Optimal preparation for upcoming aptitude tests

Training material

Participation in our proficiency tests is not limited by explicit guidelines

General knowledge and facilities to carry out the procedure are sufficient for participation

Participation access and procedure

Online Portal

Registration

Shipping of the samples by DIR

Conduction and submission of results

Data analysis

Reporting andcertificatesby DIR

Continuous availability and up-to-the-minute information

Complete list concerning your participation in proficiency tests

Information on how to carry out the relevant test method

Listing of all the parameters to be determined for your suitability tests

Quick and easy input of parameters via a web-based input mask

Low error rate during data transmission

Thematically related proficiency tests are now merged together

This will reduce your testing effort up to 60%

Simultaneous reduction up to 40% in the attendance fee

Parameter grouping

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https://kimw.quodata.dehttps://dir-kimw.de/en/

2018

Statistic & partner companies


We develop our statistical methods in consultation with Quo Data. Quo Data is operationally entrusted with data processing in accordance with ISO 17043 and ISO 13528.

Statistics & data processing

Metrology

Analytics

Klostermann supports the proficiency tests with measurements in its own testing laboratory and advises on the selection of test specimens.

Statistical methodology

The statistical methodology is specified and documented before the start of the proficiency test

The statistical evaluation is conform with ISO 13528:2015-08

As a rule, the robust statistical methodology Q/Hampel is applied

In exceptional cases, a conventional statistical methodology is used

The rating of your proficiency is based on z- or zu' -scores

Textiles and fabrics

Our strong partner companies

Weber & Leucht conducts homogeneity and stability tests in its ISO 17025 accredited testing laboratory. Weber & Leucht is also at our side for the determination of suitable samples.

PSS conducts homogeneity and stability tests in the field of chromatography and advises on the development of new processes..

Various aspects of the proficiency test programme may be subcontracted from time to time. In the case of subcontracting, this is carried out by a competent subcontractor.

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Content

2018

Catalogue


To reserve a participation, activate the participation check boxes in the catalogue

To request a set of reference samples, use the order boxes in the catalogue

Send us the catalogue to reserve your participation by clicking the envelope on

the last page. Afterward we will communicate binding prices

3D-printing ___________________________________ Page 6

Thermoplastics

Automotive ___________________________________

Rubber and TPE ___________________ ______ ___

Composites __________________ ____

Metrology ____________________________________

Plastic foils ___________________________________

Geosynthetics_______ _______________________

Pipes _______________________________________

Foams

Textiles ________________ _____________________

Page 7

Page 14

Page 15

Page 16

Page 17

Page 19

Page 20

Page21

Page 21

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2018Deutsches Institutfr Ringversuche

Description Participation Referencesamples 2

3D-printingRegistration until 02 Mar 2018

Shipping of manufacturing item until 30 Mar 2018 Return of test samples 01 Aug 2018

Standard Manufacturing quality

- Benchmarking: production of test specimens (FDM)

Material ABS M30 (will be provided) | System: Stratasys 225

Dimensional inspection, precisionGeometry accuracy according to DIN EN ISO 20753

+55

+200

+140

500

Impact flexural properties according to ISO 179-1 +90

Flexural properties according to ISO 178 +140


Material ABS (will be provided) | System: Open Source 225


+55

Dimensional stability; measurement before and after annealing +200

Tensile properties according to ISO 527-1:tensile strength, modulus of elasticity, elongation at break

+140

Tensile properties according to ISO 527-1: Poisson's ratio +500




Material PLA (will be provided) | System: Open Source 225


+55



+140




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Dimensional stability; measurement before and after annealing

Tensile properties according to ISO 527-1: tensile strength, modulus of elasticity, elongation at break

Tensile properties according to ISO 527-1: Poisson's ratio



Description

- Benchmarking: production of test specimens

by stereolithography (SLA) | Material Somos PerFORM 225


+55



+140




- Benchmarking: production of test specimens (AKF)

Material: ABS | System: Arburg Freeformer 225


+55



+140




ThermoplasticsRegistration until 02 Mar 2018

Shipping of material until 30 Mar 2018Latest submission of results determined by participant 29 Jun 2018

Standard Manufacturing quality

DIN EN ISO 3167 Benchmarking:

Injection moulding samples (ISO 20753 type A1) 420

Target quantity mechanical resistance:Testing of tensile properties according to ISO 527-1 in our laboratory

Standard Physical base quantities

ISO 1183 Density 1 280 225

ASTM D792 Density 280 225

Participation Referencesamples 2

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Description

Standard Mechanical properties

ISO 868 Indentation hardness; Shore D hardness 1 280 225

ISO 2039-1 Ball indentation hardness 280 225

ISO 527-2 Tensile properties 1

Test range < 5 kN 370 315

Tensile modulus of elasticityTensile strengthElongation at tensile strength

ISO 527-2 370 315


ISO 527-2 370 315


ISO 527-2 370 315


ASTM D638 370 315


ISO 178 370 315

Flexural modulus of elasticityFlexural strengthElongation at flexural strengthStress at X % elongation (usually 3.5%)

ISO 178 375 320



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Tensile properties at high temperaturesTest range < 5 kN; climatic chamber (80 2)C

Tensile properties at low temperaturesTest range < 10 kN; climatic chamber (-30 2)C

Tensile properties of polyamidesTest range < 10 kN

Tensile properties Test range < 5 kN

Flexural properties 1Test range < 5 kN

Flexural properties of polyamides 1Test range < 5 kN



Description

ASTM D790 375 320


DIN 53435 Dynstat; bending stress at 3.5% elongation 280 225

ISO 604 325 270

Pressure flow stressNominal compression

ISO 6603-2 Instrumented puncture test

Recommendation: Total mass of impact body = 20 kg 445 390

Maximum forceDeformation at maximum forceEnergy until maximum powerPuncture forming Puncture energy

ISO 179-1Charpy impact strength; unnotched specimens (acU)1 Possible pendulums: e. g. (0,5-5) J 280 225

ISO 179-1Charpy impact strength; notched specimens (acN)1Possible pendulums: e. g. (0,5-5) J 280 225

ISO 179-1 280 225

ISO 179-1 Charpy impact strength Polyamide1

un-/notched test specimens (acU | acN); pendulum e. g. 0,5-5 J 280 225

DIN 53435 280 225

ISO 180 Izod impact strength; unnotched/notched test specimens 280 225

ISO 6721-5 Dynamic mechanical properties (DMA) 475 420

Memory modulus E'tan at +30Ctan at +80CGlass transition temperature (E' -Onset) Glass transition temperature (E'' peak) Glass transition temperature (tan peak)

ISO 899-1 creep rupture tensile test 370 315

X at 1 minX at 1 hX at 100 h


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Charpy impact strength at sub-zero temperatures1un-/notched test specimens (acU | acN);pendulum e. g. 0,5-5 J ; climatic chamber (-30 2)C

Dynstat impact strength; unnotched/notched test specimensPendulum e. g. 1-11 J

Compressive propertiesrange < 5 kN

Bending properties range < 5 kN



Description

Standard Thermal analysis

ISO 11357-3 DSC analysis; melting temperature / enthalpy 1 280 225

Melting temperature Melting enthalpy

ISO 11357-2 DSC analysis; glass transition temperature 1 280 225

Onset temperature Center temperatureInflection point

ISO 11357-6 DSC analysis; oxidation induction time 280 225

ISO 11357-7 DSC analysis; crystallization kinetics 280 225

ASTM D3418 DSC analysis; glass transition temperature 280 225

Extrapolated onset temperature Center temperature

ASTM D3418 DSC analysis; melting temperature / enthalpy 280 225

Melting temperature Enthalpy of fusion

ASTM D3895 DSC analysis; oxidation induction time 280 225

ISO 306 Vicat softening temperature 1 280 225

ASTM D1525 Vicat softening temperature 280 225

ISO 75 Heat deflection temperature 1 280 225

ASTM D648 Heat deflection temperature 280 225

ISO 11359 325 270

ISO 22007-4

Thermomechanical Analysis (TMA)

Linear thermal expansion coefficient

Glass transition temperature

Thermal conductivity - Laser Flash method 325 270

ISO/DIS 22007-2 Thermal conductivity - Hot Disc method 325 270


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Description

Standard Surface properties DIN 53236-AISO 7724 Color measurement (8/d); ( E*) L* a* b*

1 280 225

DIN 53236-B Color measurement (45/0) - (E*) L* a* b* 1 280 225

ISO 2813 Gloss level; gloss value (60) 1 280 225

DIN 55660-2 Surface energy - Measurement of the contact angle 325 270

Contact angleT : WaterContact angleT : DiiodomethaneSurface energy, polarSurface energy, dispersive

PV 3987 Abrasion resistance of high gloss surfaces 1 280 225

ISO 2409 Cross cut test 280 225

PV 3952 Scratch resistance 1 280 225

ISO 1518-1 Scratch resistance 280 225

Standard Rheology / Viscometry

ISO 1133Melt mass flow rate (MFR)Melt volume flow rate (MVR) 1

280 225

Melt flow rate (MFR)Melt volume rate (MVR)

ASTM D1238 Melt mass flow rate (MFR)Melt volume flow rate (MVR) 280 225

Melt flow rate (MFR)Melt volume rate (MVR)

ISO 307 Solution viscosity (conc. sulfuric acid) 280 225

ISO 307 Solution viscosity (m-cresol) 280 225

ISO 307 Solution viscosity (formic acid) 280 225

ISO 1628-5ASTM D 4603 Solution viscosity (phenol/1,2-dichlorobenzene) 320 265

ISO 11443 Flowability capillary rheometer 370 315

Apparent viscosity at a shear rate of 11 1/sApparent viscosity at a shear rate of 1000 1/sApparent viscosity at a shear rate of 5900 1/s

ISO 6721-10 Complex shear viscosity

Parallel plate oscillation rheometer 370 315

Memory modulus G'Loss modulus G'''Viscosity (amount)


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Description

Standard Environmental simulation

ISO 105-B06VDA 75202

Light fastness - colour fastness and ageing against artificial light at high temperatures (Xenon arc lamp) 425 370

DIN 75220 Ageing in solar simulation systems (D-IN1-T) 425 370

DIN 75220 Ageing in sun simulation systems (Z-OUT) 1 cycle 425 370

ISO 4892-2 Lightfastness - Irradiation or weathering in devices(Xenon arc lamp), 1 cycle 425 370

ASTM G155 Exposure of non-metallic materials (Xenon arc lamp) 425 370

DIN 75200FMVSS 302 Burning behaviour

1 280 225

UL 94 (HB) Burning behaviour 280 225

UL 94 (VB) Burning behaviour 280 225

DIN EN 60695-2-13 Fire hazard - glow wire test (GWIT) 370 315

Standard Electrical properties

DIN EN 60112 Comparative Tracking Index (CTI ) 370 315

IEC 93 Surface resistance 370 315

IEC 93 Contact resistance 370 315


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Description

Standard Instrumental analytics

-Identification of plastic granulesby FTIR spectroscopy 1

280 225

ISO 1172 Ash content 1 280 225

ISO 11358 Thermogravimetric analysis (TGA); filler content 1 280 225

- Quantitative Infrared Spectroscopy (FTIR) 1 325 270

280 225

ISO 15512

Water content (Aquatrac); CaH2 method 1

Water content (Karl-Fischer) 280 225

ISO 62 Water absorption 375 320

Water content at saturationDiffusion coefficientMass fraction of the absorbed water

PV 3900VDA 270 Emission behaviour: Odour test

1 280

PV 3925VDA 275 Emission behaviour: formaldehyde emission 325

PV 3341VDA 277

Emission behaviour: emission of organic compounds (total carbon emissions) 325

VDA 278 Emission behaviour: Thermal absorption analysis 375

VOC value 1 (Volatile Organic Compounds)VOC value 2 (Volatile Organic Compounds)FOG value

- Stabilizer content in polyolefins

According to REACH Regulation (EC) No. 1907/2006 (SVHC List) 280 225

- Phthalate content in plastics for children's articles

in accordance with REACH Regulation (EC) No. 1907/2006 Annex XVII

280 225

- Phthalate content in plastics

in accordance with REACH Regulation (EC) No. 1907/2006 Annex XVII

280 225

- Cadmium

According to REACH Regulation (EC) No. 1907/2006 (SVHC List) 280 225

- Nonylphenol

in accordance with Regulation (EU) No. 10/2011 Annex II 280 225

- Metal release (specific migration)

in accordance with Regulation (EU) No. 10/2011 Annex II 280 225

- Primary aromatic amines (specific migration)

according to RoHS (RL 2011/65/EU) 280 225

- Total content of lead, cadmium, mercury and chromium 280 225


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Description

-Content of Chrome VIin accordance with Packaging Ordinance (Directive 94/62/EC) 280 225

-Content of lead, cadmium, mercury, chromium VI in plastics in accordance with Packaging Ordinance (RL 94/62/EC) 280 225

- Determination of mean molecular masses by GPC

Solvent THF 470 415

Number averageWeight averageCentrifuge average

- Determination of mean molecular masses by GPC

Solvent HFIP " Solvent 470 415


- Determination of mean molecular masses by GPC 470 415


- Determination of a relative degradation of material by GPC 470 415

Reduction number averageReduction in weight averageReduction of centrifuge agent

- Determination of mixture ratios using GPC 470 415

Automotive


DBL 7381.30 Aluminium corrosion (Filiform & CASS) 775 720

DBL 5416ISO 20576-1 Multistep impact test 775 720

DBL 5416ISO 16925-B Steam jet test 775 720

DBL 5307FMVSS 302 Burning behaviour (leather)

1 410 355

ISO 9227 Corrosion test | Natural salt spray test 475 420

Scribing delaminationScribe corrosion Evaluation of the of bubble content in the area of the crackLoss of mass of the working standards after 48 hours


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Registration until 02 Mar 2018Shipping until 30 Mar 2018

Latest submission of results determined by participant 29 Jun 2018



Description

Elastomers / TPERegistration until 02 Mar 2018

Shipping until 30 Mar 2018Latest submission of results determined by participant 29 Jun 2018


ISO 2781 Density (elastomers) 280 225


ISO 868 Indentation hardness; Shore A hardness 1 280 225

ASTM D2240 Indentation hardness; Shore A hardness 280 225

ISO 48 IRHD hardness (Method M) 280 225

ISO 48 IRHD hardness (Method M) 280 225

ISO 37 370 315

Tensile strengthStress at X % elongation (usually 200 %)Elongation at break

ISO 37 370 315


ASTM D412 370 315


ISO 34-1 280 225

ISO 34-1 280 225

ISO 34-1 Tear resistance - angle specimen - unnotched 280 225

ISO 815 Compression set 280 225

ISO 815-2 Compression set (low temperature) 280 225

ISO 2285 Tensile set 280 225


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Tensile properties (sample S2) 1Test range < 1 kN

Tensile properties (sample S3A) 1Test range < 1 kN

Tensile properties 1Test range < 1 kN

Tear resistance - strip sample Test range < 1 kN

Tear resistance - notched angle specimenTest range < 1 kN



Description


ISO 11357-2 DSC analysis - glass transition temperature 1 280 225

Onset temperature Center temperatureInflection point

Standard Surface properties

ISO 4649 Abrasion resistance (rotating cylinder drum) 280 225

Standard Rheology / Viscometry

ISO 289-1 Mooney viscosity 280 225


ISO 11358 Thermogravimetric analysis (TGA); soot content 280 225

AfPS GS2014:01 PAK Polycyclic aromatic hydrocarbons (PAHs) 280 225

ISO 1407 Extractable components 280 225

ISO 1817-7.2 Mass increase (test liquid B) 280 225

Fiber reinfoced plastics

Registration until 02 Mar 2018 Shipping until 30 Mar 2018

Latest submission of results determined by participant 29 Jun 2018


ISO 527-5 Tensile properties of unidirectional laminates 775 720


ISO 14129 Shear properties determined in tensile test on 45 laminates 775 720

Modulus of shearShear strength

ISO 14125 Flexural properties 775 720

Flexural modulus of elasticityMaximum bending strengthDeflection at maximum bending strength

ISO 14126 Compressive propertiesMethod 2: common fixures (ITRI, CLC, etc.) 775 720

Compressive modulus of elasticityCompressive strengthCompression during fracture


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Description

MetrologyRegistration until 02 Mar 2018



- 280

- 280

DIN EN ISO 1101DIN EN ISO 5459DIN EN ISO 8015

Tactile, automated sample measurement 470

Distance/length (diagonal space)Diameter circleDiameter cylinderDiameter ballChubbinessEvennessStance


Video-Optical Coordinate Determination 2D 470



Coordinate determination in strip light method 470



Coordinate determination with laser scanners 470



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Specimen measurement with a caliper Measured value - Digits 1/100 mm

Test specimen measurement with a micrometer gauge Measured value - Digits 1/1000 mm

- Length distribution of glass fibres 375 325



Description


Coordinate determination by computer tomography 470


- Determination of cavities by computer tomography 280

QuantityVolume

Standard Surface properties ISO 4287ISO 4288 Roughness measurement by means of stylus method 280 225

ISO 4287 Roughness (line), contactless 280 225

RpRvRzRa

ISO 25178-2 Roughness (area), contactless 280 225

Sp

Sz


Sv

Sa

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Description

FoilsRegistration until 02 Mar 2018



ISO 4593 Film thickness 280 225


ISO 527-3 370 315

Yield stressStrain at yield stressStress at X % elongation (usually 3.5%)

ISO 11339 280 225

ISO 6383-1 280 225

ISO 6383-2 Elmendorf process; tear resistance 280 225

ISO 55529 Sealing seam strength; maximum force 280 225


ISO 14782 Transparency/Haze; Haze value 280 225

ISO 8295 Coefficient of friction 325 270

Static coefficient of frictionDynamic coefficient of friction


ISO 15106-3 Water vapour permeability 410 355

ISO 15105-2 Oxygen permeability 410 355


- Identification of films (multilayer) 325 270

- Identification of films (monofoil) 280 225

DIN 75201 Emission behaviour: Fogging 325 270

Procedure A

DIN 75201 Emission behaviour: Fogging 1 325 270

Process B or VW PV 3015


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T peeling test; average peeling force Test range < 1 kN

Determination of tear resistance - Trouser tear method Test range < 1 kN

Tensile propertieTest range < 1 kN.



Description

GeosyntheticsRegistration until 02 Mar 2018



ISO 9863-1 Thickness under specified pressures 280 225

ASTM D5199 Determination of nominal thickness 280 225

ASTM D5994 Determination of core thickness 280 225


ISO 527-3 410 355

Yield stressStrain at yield stressBreaking stressElongation at break

ASTM D6693 410 355

Yield stressStrain at yield stressBreaking stressElongation at break

ASTM D1004 280 225

ISO 12236 Stamp penetration test (CBR test) 280 225

ASTM D4833 Stamp penetration test 280 225


ASTM D7466 Unevenness (Asperity Height) 280 225


DIN EN 14576 Environmental stress cracking 425 370

ASTM D5397 stress crack resistance 425 370

Standard Instrumental Analytics

ISO 11358 Thermogravimetric analysis (TGA); soot content 280 225

ASTM D4218 Thermogravimetric analysis (TGA); soot content 280 225

ASTM D5596 Determination of soot dispersion 280 225


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Tensile PropertiesTest range < 1 kN

Tensile properties (PE/PP Geomenbranes)Test range < 1 kN.

Tear resistanceTest range < 1 kN



Description

PipesRegistration until 02 Mar 2018



- Wall thickness measurement on tubes 280 225


ISO 9969 Ring stiffness 280 225

ISO 17454 Adhesion

Multilayer composite pipes 280 225

ISO 1167-1/-2 Resistance to internal overpressure 280 225

FoamsRegistration until 02 Mar 2018



ISO 845 Gross density; Climates 23/50 or 20/65 280 225


ISO 3386-1DBL 5452 280 225

ISO 1798 325 270

Tensile strengthElongation at break

ISO 1856 Compression set 280 225

Standard Environmental simulationDBL 5307FMVSS 302 Combustion behaviour (foams)

1 280 225


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Compression hardness at 40% deformationTest range < 5 kN

Tensile propertiesTest range < 1 kN



Description

TextilesRegistration until 02 Mar 2018


Standard Physical base quantities ISO 5077ISO 6330 Dimensional change after washing 280 225

ISO 9073-2 Thickness measurement of nonwovens 20 kPa 280 225

EN 12127ISO 3801 Area-related mass of polyester and viscose material 280 225


ISO 13934-1 Strip tensile test 1 280 225

ISO 13934-2 Grab pull test 280 225

ISO 13937-1Determination of tear force using ballistic pendulum method (Elmendorf)

280 225

ISO 13937-2 Determination of tear force of trouser-shaped test specimens (single tear method) 280 225

ISO 13937-3 Determination of tear force of wing shaped test specimens 280 225

ISO 13936-1/-2 Determination of the slippage resistance of yarns at a seam in woven fabrics 280 225

ISO 13938-2 Bursting properties of fabrics -bursting strength and bursting distension 280 225

EN 20811 280 225


ISO 11357-3 DSC analysis; melting temperature, enthalpy (textiles) 1 280 225

Melting temperature Enthalpy of melting


- 280 225

according to Ganz 280 225

ISO 12947-2 280 225

ISO 12945-1

Colour measurement (8/d); ( E*) L* a* b* (Textiles)

white degree measurement

Abrasion resistance Martindale

Pill inclination (pilling test box) 280 225


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Determination of resistance of textile fabrics to water penetration; hydrostatic pressure test



Description


ISO 12945-2 Pill inclination Martindale 280 225

ISO 9073-12 Absorbability of textiles 280 225

ISO 9237 Air permeability (method 2: peracetic acid bleach) 280 225

ISO 15797 Industrial washing with subsequent color measurement 280 225

ISO 105-B02 Light fastness (Xenon arc lamp) 425 370

ISO 105-B04 Light fastness (Xenon arc lamp) 425 370

FMVSS 302 Flammability (textiles) 1 280 225

ISO 105-C06/C2S Fastness to washing at 60 C 425 370

ISO 105-C08 Fastness to washing 425 370

ISO 105-D01 Fastness to dry cleaning 425 370

ISO 105-E01 Fastness to water 425 370

ISO 105-E04 Fastness to perspiration 425 370

ISO 105-X12 Colour fastness to rubbing (Crockmeter) 425 370


- Formaldehyde in textiles

in accordance with REACH Regulation (EC) No. 1907/2006 Annex XVII.

280 225

- Azo dyes in textiles 280 225

- Flame retardants in textiles 280 225

ISO 3071 pH-value of textiles 280 225

Version: 2018_09.03.2018 (subject to change)

All prices are net prices and do not include VAT

The reports and certificates can be used by the participants within the framework of their quality assurance systems. Publication or passing on of the

complete reports to third parties is not permitted without the explicit permission of the DIR.

1: Test is included in the scope of procedures that are planned to be accreditated 2: Reference samples are provided on availability of precision data


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2018

Customer data / reservation


Click on the envelope to send us the PDF by email and

reserve your participation. Afterwards, we will provide

detailed price informations.

Kunststoff-Institut

Karolinenstrae 8 | 58507 Ldenscheid

fr die mittelstndische Wirtschaft NRW GmbHTel.: +49 (0) 23 51.10 64-191 | Fax: +49 (0) 23 51.10 64-190

Reservation

Company

Additional line

Street

Postal code

City

Country

Phone number

More than 3

4% discount

More than 7Quantity discount -Participation and reference samples

8% discount

More than 14

10% discount

Discount

Participation in the proficiency tests is subject to a quantity discount

The reference samples are also subject to a quantity discount

Customer data

www.dir-kimw.de | [email protected]

Dr. Andreas Balster Phone: +49 (0) 2351.10 64-801

[email protected]

Head of proficiency testing

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Inhaltsverzeichnis3D-DruckUnbenanntThermoplastische FormmassenAutomotiveElastomere und TPEFaserverstrkte KunststoffeMetrologieFolienGeokunststoffeRohreSchaumstoffeTextilienKatalog_Ringversuche_2018_DE.pdfInhaltsverzeichnis3D-DruckThermoplastische FormmassenAutomotiveElastomere und TPEFaserverstrkte KunststoffeMetrologieFolienGeokunststoffeRohreSchaumstoffeTextilien

Anmeldung - Anforderung Angebot: 121: 101: 011: 011,1: 011,2: 011,3: 011,4: 011,5: 011,6: 711: 711,1: 711,2: 711,3: 711,4: 711,5: 711,6:

102: 411: 411,1: 411,2: 411,3: 411,4: 411,5: 411,6:

103: 111: 111,1: 111,2: 111,3: 111,4: 111,5: 811: 811,1: 811,2: 811,3: 811,4: 811,5: 811,6: 111,6:

111: 101: 010:

221: 101: 010: 0100: [0]

111: 010: 0100: [0]

121: 017: 0170: [0]

131: 018: 0180: [0]

141: 015: 0150: [0]

311: 151: 010: 0100: [0]117: 1170: [0]

171: 010: 0100: [0]

161: 017: 0170: [0]

181: 017: 0170: [0]117: 1170: [0]

191: 018: 0180: [0]

321: 201: 010: 0100: [0]510: 5100: [0]

202: 010: 0100: [0]510: 5100: [0]

231: 010: 0100: [0]

251: 017: 0170: [0]417: 4170: [0]

261: 017: 0170: [0]

271: 017: 0170: [0]117: 1170: [0]217: 2170: [0]

281: 019: 0190: [0]

211: 014: 0140: [0]416: 4160: [0]816: 8160: [0]

241: 016: 0160: [0]

221: 018: 0180: [0]

291: 015: 0150: [0]

301: 015: 0150: [0]

311: 015: 0150: [0]

321: 015: 0150: [0]

331: 015: 0150: [0]

341: 015: 0150: [0]

323: 101: 310: 3100: [0]810: 8100: [0]

111: 010: 0100: [0]

121: 010: 0100: [0]

131: 019: 0190: [0]

324: 101: 010: 0100: [0]

141: 0190: [0]019:

121: 016: 0160: [0]

131: 016: 0160: [0]

111: 013: 0130: [0]

151: 015: 0150: [0]

161: 015: 0150: [0]

326: 101: 010: 0100: [0]

111: 010: 0100: [0]110: 1100: [0]210: 2100: [0]310: 3100: [0]

121: 010: 0100: [0]

131: 010: 0100: [0]

331: 101: 010: 0100: [0]

341: 111: 010: 0100: [0]

121: 017: 0170: [0]

131: 017: 0170: [0]

141: 017: 0170: [0]

151: 018: 0180: [0]

411: 101: 110: 1100: [0]415: 4150: [0]

111: 010: 0100: [0]417: 4170: [0]

121: 010: 0100: [0]

131: 010: 0100: [0]

141: 010: 0100: [0]310: 3100: [0]

151: 0100: [0]010:

421: 161: 010: 0100: [0]

171: 010:

181: 010: 0100: [0]

191: 010: 0100: [0]

201: 010: 0100: [0]

431: 211: 010: 0100: [0]

432: 101: 010: 0100: [0]

511: 101: 010: 0100: [0]

111: 010: 0100: [0]

121: 015: 0150: [0]

131: 015: 0150: [0]

512: 101: 010: 0100: [0]

521: 111: 010: 0100: [0]

121: 010: 0100: [0]

141: 010: 0100: [0]

171: 010: 0100: [0]

181: 010: 0100: [0]

161: 017: 0170: [0]

101: 214: 2140: [0]

131: 015: 0150: [0]

641: 101: 010: 0100: [0]

111: 010: 0100: [0]

121: 010: 0100: [0]110: 1100: [0]210: 2100: [0]

131: 010: 0100: [0]

151: 010: 0100: [0]

161: 010: 0100: [0]

171: 017: 0170: [0]

713: 101: 010: 0100: [0]

111: 010: 0100: [0]110: 1100: [0]

121: 010: 0100: [0]

131: 010: 0100: [0]

141: 015: 0150: [0]

151: 015: 0150: [0]

714: 101: 010: 0100: [0]

131: 010: 0100: [0]

141: 010: 0100: [0]

151: 010: 0100: [0]

121: 022: 0220: [0]018: 0180: [0]

111: 015: 0150: [0]

911: 102: 710: 7100: [0]

111: 010: 0100: [0]110: 1100: [0]

811: 101: 210: 2100: [0]014: 0140: [0]114: 1140: [0]

821: 111: 010: 0100: [0]

121: 010: 0100: [0]117: 1170: [0]116: 1160: [0]

141: 010: 0100: [0]

151: 010: 0100: [0]

161: 010: 0100: [0]

171: 010: 0100: [0]

181: 010:

191: 010:

201: 010:

211: 010:

221: 010: 0100: [0]110: 1100: [0]210: 2100: [0]310: 3100: [0]410: 4100: [0]510: 5100: [0]610: 6100: [0]710: 7100: [0]810: 8100: [0]

231: 017: 0170: [0]

261: 017: 0170: [0]

271: 017: 0170: [0]

251: 014: 0140: [0]

131: 016: 0160: [0]

241: 016: 0160: [0]

281: 015: 0150: [0]115: 1150: [0]215: 2150: [0]

291: 015: 0150: [0]

822: 101: 010: 0100: [0]410: 4100: [0]810: 8100: [0]

102: 210: 2100: [0]610: 6100: [0]

712: 111: 021: 0210: [0]

101: 010: 0100: [0]

715: 101: 021: 0210: [0]

111: 021: 0210: [0]

322: 101: 019: 0190: [0]

211: 104: 512: 612: 713: 7130: [0]

111: 012:

131: 012: 0120: [0]

141: 014: 0140: [0]

171: 016: 0160: [0]

181: 016: 0160: [0]

191: 016: 0160: [0]

201: 016: 0160: [0]

151: 015: 0150: [0]

161: 015: 0150: [0]

212: 101: 012:

121: 012:

141: 012:

161: 012:

171: 812:

181: 012: 0120: [0]

231: 012: 0120: [0]

327: 101: 014: 0140: [0]

111: 014: 0140: [0]

121: 014: 0140: [0]

131: 014: 0140: [0]

141: 013: 0130: [0]

513: 101: 114: 1140: [0]

711: 181: 014: 0140: [0]

191: 014: 0140: [0]

716: 101: 016: 0160: [0]

111: 016: 0160: [0]

342: 101: 013: 0130: [0]

531: 101: 115: 1150: [0]

111: 015: 0150: [0]

121: 015: 0150: [0]

131: 015: 0150: [0]

141: 015: 0150: [0]

717: 101: 015: 0150: [0]

111: 015: 0150: [0]

121: 015: 0150: [0]

131: 015: 0150: [0]

141: 015: 0150: [0]

151: 015: 0150: [0]

Firma: Firma Zusatz: Strae: PLZ: Stadt: Land: Telefon: 222: 101: 010: [0]0100:

2018 · The statistical evaluation is conform with ISO 13528:2015-08 As a rule, the robust...

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Transcript of 2018 · The statistical evaluation is conform with ISO 13528:2015-08 As a rule, the robust...