This is a required field.

Invalid

Part number

Error in validation!

Rotational viscometer:
ViscoQC

+5
360°

Model:

Single-point measurements on 3.5” color display
Viscosity range from 1 mPa.s to 6,000,000 mPa.s
4 L spindles to measure low-viscosity samples (e.g. solvents, oils, and more)

Download brochure

Looking for consumables & accessories for this product? Click here

ViscoQC Contact

Key features
Technical specifications
Standards
Documents
Similar products
Accessories and more

Do you need an easy-to-use viscometer that provides convenient operation for the most reliable and traceable viscosity results in your day-to-day work? ViscoQC rotational viscometers ensure the quality of your substance – from liquid to semi-solid. Eliminate the risk of measurement errors and free up your time and budget with the simplest spindle exchange mechanism, automatic spindle detection, automatic speed searching function for new formulations, and more. All of these brilliant features have been developed to make your life easier. Your existing SOPs can be easily converted if the same setup and settings are used.
It’s time to switch to an easier way. It’s time to switch to ViscoQC.

Key features

Unpack your digital viscometer – and measure right away

Setup takes less than two minutes: ViscoQC comes preassembled, and includes an SOP booklet with first steps and straightforward user training. Built-in digital leveling automatically monitors and indicates the correct leveling status, which prevents faulty measurements and ensures superb, full-scale-range accuracy of +- 1 %. For pharmaceutical customers, Anton Paar offers instrument qualification packages: ViscoQC is qualified and ready to use within a single day – compliant to 21 CFR Part 11, GMP, and GAMP 5 (ViscoQC 300 + V-Comply), or to GMP and GAMP 5 (ViscoQC 100).

The easiest way to measure dynamic viscosity

You don’t need to be an expert to measure with ViscoQC. Anton Paar’s viscometers guide you from start-up through the entire measurement process via an intuitive user interface. Continue to use the standard operating procedure methods of your existing rotational viscometer: ViscoQC uses the same instrument setup and measuring settings to deliver the same results. Each spindle is equipped with magnetic coupling for easy spindle exchange, saving you up to 15 seconds per test. The coupling also reduces maintenance costs by protecting the spindle and instrument against damage caused by knocks or bending. All spindles from Anton Paar are made of chemically resistant stainless steel (AISI 316L), which increases spindle lifetime by protecting them from corrosion.

Full traceability for reliable viscosity tests

ViscoQC instantly detects and documents the measuring setup of the following parts:

Spindles by Toolmaster™ and spindle guard by TruGuard™
Temperature devices and sensors (PTD 80, PTD 175, Pt100)
Heli-Plus motorized accessory
PTD 100 Cone-Plate accessory

To ensure correct viscosity results, all spindle data is automatically delivered to the viscometer as soon as the spindle is attached. With ViscoQC 300, Toolmaster™ further restricts each method to a unique spindle identity. No time is wasted with repeat measurements (e.g., if the wrong spindle is mistakenly chosen from the spindle list). If you need to measure new formulations, ViscoQC automatically leads you to the right spindle/speed configuration using TruMode™.

The most convenient way to generate and export viscosity quality control data

Every ViscoQC includes the V-Collect PC data collection software free of charge. As ViscoQC 100 does not store any data, results are directly exported to V-Collect or printed via the Dymo® LabelWriter™ after each test. ViscoQC 300 has a huge data memory for up to 999 measurements with up to 10,000 sub-measurements on 150 MB. Additionally it is possible to print and export data as PDF, CSV, or page printer (USB or network) to V-Collect and the Dymo® LabelWriter™. For automated data export, ViscoQC 300 can be integrated into your network via Laboratory Information Management System (LIMS) or FTP Server.

Your future-proof rotational viscometer

ViscoQC 100 and ViscoQC 300 are future-proof: They grow with your evolving needs. To measure new paste-like formulations (e.g., wall putty), you can upgrade your instruments with the Heli-Plus and T-bar spindles. Gel time/pot life determination of adhesives is automatically possible with both models. If you need super-fast and accurate sample temperature control (max. heating/cooling rate 5.2/6.3 K/min) and have less than 20 mL of sample volume, simply use the Peltier temperature device PTD 80. For very small sample volumes (0.5 mL to 2 mL), PTD 100 Cone-Plate is the accessory of choice. Further software functionality can be added to ViscoQC 300 with up to two optionally upgradeable software modules: V-Curve and/or V-Comply.

V-Curve adds real-time graphs, analysis (e.g., yield point), programmability, and extended method functionality (e.g., with PTD 175)
V-Comply delivers compliance to 21 CFR Part 11 (e.g., audit trail, electronic signature), including qualification documentation

For automated sample name input, a bar code reader is available for ViscoQC 300.

Three-year warranty and on-site service for maximum uptime

ViscoQC comes with a unique three-year warranty. With 86 locations and 350 certified service engineers, we guarantee a response within 24 hours. Maintenance of ViscoQC and other Anton Paar products can be performed in a single appointment, so you don’t need to contact different suppliers or send in your viscometer for service or repair. As ViscoQC uses highly durable bearings and regularly performs an automatic bearing check (TruSine™), your uptime is maximized and ongoing service costs are reduced to a minimum.

Technical specifications

	ViscoQC 100			ViscoQC 300
	L	R	H	L	R	H
Viscosity test	Single-point			Multi-point
Viscosity range [mPa.s or cP] (depends on measuring system)	0.2* to 6 M	1.6** to 40 M	13.2*** to 320 M	0.1* to 6 M	1.3** to 40 M	10.6*** to 320 M
Speed [rpm]	0.1 rpm to 200 rpm 740 increments: 19 standard speeds plus 6 freely selectable speeds			0.01 rpm to 250 rpm Speed list with 18 standard speeds Freely selectable speeds within the speed range
Max. spring torque [mNm]	0.0673	0.7187	5.7496	0.0673	0.7187	5.7496
Accuracy	±1.0 % full scale range
Repeatability	±0.2 %
Heli-Plus compatibility	✔
PTD 100 Cone-Plate compatibility	✔
Peltier temperature control	15 °C to 80 °C (for DIN/SSA with PTD 80) 0 °C to + 100 °C (for CP with PTD 100 Cone-Plate)			15 °C to 80 °C (for DIN/SSA with PTD 80) -45 °C to +175 °C (for DIN/SSA/UL/4B2/L1D22 with PTD 175) 0 °C to + 100 °C (for CP with PTD 100 Cone-Plate)
Liquid temperature control/sensing	Ambient to +100 °C (control of L/RH spindles with optional thermostat bath)
Temperature sensing	-60 °C to +300 °C (temperature sensing with optional Pt100)
Intuitive user interface	3.5" color LCD display			7" color touchscreen display; Options: keyboard, mouse, 2D bar code reader
Languages	EN, DE, ES, FR, CN, JA, KO, IT, RU, PT			EN, DE, ES, FR, IT, PT, JA, KO, RU, ZH-CN, ZH-TW, PO, CZE
Built-in digital leveling	✔
Easiest spindle exchange (magnetic coupling)	✔
Automatic spindle recognition (Toolmaster™)	✔
Automatic measuring range calculation	✔
Automatic speed searching function (TruMode™)	✔
Spindle correction by user	✔
Users, user groups	None			✔ Customizable

* With optional PTD 100 Cone-Plate, with L1 spindle 15 mPa.s
** With optional PTD 100 Cone-Plate, with RH1 spindle 100 mPa.s
*** With optional PTD 100 Cone-Plate, with RH1 spindle 800 mPa.s
M = million
DIN = Concentric cylinders, double-gap
SSA = Small sample adapter (SC4-xx)
UL = Ultra-low viscosity adapter

Standards

Open all

Close all

ASTM

D115

D789

D1076

D1084

D1337

D1338

D1417

D1439

D1824

D2196

D2243

D2364

D2556

D3288

D3468

D3716

D3730

D3794

D4016

D4143

D4300

D4878

D4889

D5324

D5400

D6279

D6577

D7394

D8020

E2975

E3070

E3116

F1607

F3208

BS

5350

Chinese Pharmacopoeia (ChP)

0633 Rotational viscosity measurement method, method III

DIN

2555

3219

16945

52007-1

53019-1

54453

EN

302-7

2555

3219

10301

12092

12802

15425

15564

ISO

1652

2535

2555

3219

10364-12

Japanese Pharmacopoeia (JP)

XVII 2.53 (2.1.2) Single cylinder-type rotational viscometer

Pharmacopoeia Europe (Ph. Eur.)

2.2.10 - Rotating viscometer method

TAPPI

T648

T697

U.S. Pharmacopoeia (USP)

912 Rotating viscometer method

Anton Paar Certified Service

The Anton Paar quality in service and support:

More than 350 manufacturer-certified technical experts worldwide
Qualified support in your local language
Protection for your investment throughout its lifecycle
3-year warranty

Learn more

ViscoQC FAQ

A. General

A.1 Which model should I choose for my sample?

ViscoQC 100/300 - L for low-viscosity samples. Typical samples: solvents, oils, juices, mouthwash
ViscoQC 100/300 - R for medium-viscosity samples. Typical samples: paints, dairy products, shampoo, lotion
ViscoQC 100/300 - H for high-viscosity samples. Typical samples: pastes, mayonnaise, peanut butter, ointments

A.2 What information is displayed on ViscoQC?

	ViscoQC 100	ViscoQC 300
Physical properties	Dynamic viscosity (mPa·s/Pa·s, cP/P)	Dynamic viscosity (mPa·s, Pa·s, cP, P)
	Brabender units (BU)*
	Speed (rpm)
	Torque (mNm or µNm, %, dyn.cm)
	Temperature (°C, K, °F)
	Runtime in hh:mm:ss
		Shear rate (s ^-1)
		Shear stress (N/m², dyn.cm², Pa)
		Kinematic viscosity (mm²/s, cSt, St)
		Density (g/cm³)**

* Up to approx. 200 BU for ViscoQC 100/300 – H (depending on measuring system)

** Manual input of reference density possible, no density measurement available.

A.3 Which spindle/measuring system should I choose?

It depends on the available sample volume and viscosity of the sample. Here are some recommendations:

A.3.1 Sample volume

If large sample volumes (~500 mL) are available, both relative measuring systems (L1-L4 spindle, RH1-RH7 spindle, vane spindles V71-V75, T-Bar spindles), or absolute measuring systems (concentric cylinder, double-gap, small sample adapter, ultra-low viscosity adapter) can be used. If sample volume is limited ( <20 mL), an absolute measuring system (cylinder, double-gap, small sample adapter, ultra-low viscosity adapter), or a small vane spindle (V74, V75) is required.

A.3.2 Surface area

General rule of thumb for measuring systems: The lower the viscosity, the larger the surface area.

Surface area decreases from L1 to L4
Surface area decreases from RH1 to RH7
Surface area decreases from CC26 to CC12
Surface area decreases from V71 to V74
The largest surface area is provided by the double-gap and the ultra-low viscosity adapter system. Hence, samples with a viscosity around 1 mPa.s (like water) can be measured with DG26 or UL26 and ViscoQC 100/300-L.

A.3.3 Viscosity ranges per measuring system/spindle and torque model

The following tables give you an overview of the theoretical (calculated) viscosity range per measuring system.

L model
Min. and max. viscosity are calculated values for L standard speeds (0.3 rpm to 60 rpm)

Spindle	Min. viscosity [mPa.s or cP]	Max. viscosity [mPa.s or cP]
L1	15	20 000
L2	50	100 000
L3	200	400 000
L4	1 000	2 000 000
CC12	20	37 900
CC18	5	11 400
CC26	2	3 800
DG26	1	2 600
CC12/D18	70	100 000
UL26	1	2 000

R model
Min. and max. viscosity are calculated values for RH standard speeds (0.5 rpm to 100 rpm)

Spindle	Min. viscosity [mPa.s or cP]	Max. viscosity [mPa.s or cP]
RH1	100	20 000
RH2	100	80 000
RH3	100	200 000
RH4	200	400 000
RH5	400	800 000
RH6	1 000	2 000 000
RH7	4 000	8 000 000
CC12	120	50 000
CC18	40	50 000
CC26	15	24 400
DG26	10	10 000
CC12/D18	440	100 000
UL26	3.0 (6.4 for ViscoQC 100)	2 000

H model
Min. and max. viscosity are calculated values for RH standard speeds (0.5 rpm to 100 rpm)

Spindle	Min. viscosity [mPa.s or cP]	Max. viscosity [mPa.s or cP]
RH1	800	160 000
RH2	800	640 000
RH3	800	1 600 000
RH4	1 600	3 200 000
RH5	3 200	6 400 000
RH6	8 000	16 000 000
RH7	32 000	64 000
CC12	1 000	50 000
CC18	300	50 000
CC26	100	50 000
DG26	60	10 000
CC12/D18	3 500	100 000
UL26	24 (51.2 for ViscoQC 100)	2 000

A.3.4 Small Sample Adapter Spindles

Viscosity ranges are shown in [mPa.s] or [cP], respectively. For each cell containing “-“, viscosity ranges are not applicable due to historical reasons. Nevertheless, it is possible to use the measuring systems with the instrument models as well and they will automatically calculate the viscosity. Please contact your local Anton Paar representative if you require any information on the viscosity range.

Model\Meas. System	SC4-18 Shear rate (s ^-1): 1,32 N Sample volume: 6.7 mL	SC4-21 Shear rate (s ^-1): 0,93 N Sample volume: 7.1 mL	SC4-25 Shear rate (s ^-1): 0,22 N Sample volume: 16.1 mL	SC4-27 Shear rate (s ^-1): 0,34 N Sample volume: 10.4 mL	SC4-28 Shear rate (s ^-1): 0,28 N Sample volume: 11 mL	SC4-29 Shear rate (s ^-1): 0,25 N Sample volume: 13.5 mL	SC4-31 Shear rate (s ^-1): 0,34 N Sample volume: 9.0 mL	SC4-34 Shear rate (s ^-1): 0,28 N Sample volume: 9.4 mL
ViscoQC 100 – L	1.5 to 30K	-	240 to 4.8M	-	-	-	15 to 300K	30 to 600K
ViscoQC 300 – L	1.2 to 30K	-	192 to 4.8M	-	-	-	12 to 300K	24 to 600K
ViscoQC 100 – R	-	25 to 500K	-	125 to 2.5M	250 to 5M	500 to 10M	-	-
ViscoQC 300 – R	-	20 to 500K	-	100 to 2.5M	200 to 5M	400 to 10M	-	-
ViscoQC 100 – H	-	200 to 4M	-	1K to 20M	2K to 40M	4K to 80M	-	-
ViscoQC 300 – H	-	160 to 4M	-	800 to 20M	1.6K to 40M	3.2K to 80M	-	-

M = 1 million, K = 1 thousand, N = RPM, Shear rate calculation for spindle SC4-18: 1.32 (SRC) ×10 rpm= 13,2 s^-1

A.3.5 T-Bar Spindles

The below ranges are applicable for ViscoQC 100/300 and are shown in [mPa.s] or [cP], respectively. T-bar spindles are used to measure paste-like materials (e.g. wall putty, lotions, creams, mayonnaise) together with the Heli-Plus (a motorized stand that moves the viscometer head down- and upwards). A low rotational speed between 0.1 rpm to 2 rpm should be chosen for measurement. Results are valid for half a rotation of the T-bar spindle in the sample material (0.2 rpm = target time of 150s; 2 rpm = target time of 15 s).

Spindle	ViscoQC 100/300 – L	ViscoQC 100/300 – R	ViscoQC 100/300 – H
T-A	156 to 62.5K	2K to 400K	16K to 3.2M
T-B	312 to 124.8K	4K to 800K	20K to 6.4M
T-C	780 to 312K	10K to 2M	80K to 16M
T-D	1.5K to 624K	20K to 4M	160K to 32M
T-E	3.9K to 1.5M	50K to 10M	400K to 80M
T-F	7.8K to 3.1M	100K to 20M	800K to 160M

K = 1 thousand / M = 1 million

A.3.6 Vane spindles

Vane spindles (V71-V75) are available for ViscoQC 100/300. In general, they can be used to measure paste-like samples (gels, ointments, …) at rotational speeds below 10 rpm.

L model
Min. and max. viscosity are calculated values at 10 rpm.

Spindle	Min. viscosity [mPa.s]	Max. viscosity [mPa.s]
V71	Not recommended
V72	104	1 040
V73	500	5 000
V74	5 090	50 900
V75	1 996	19 960

R model
Min. and max. viscosity are calculated values at 10 rpm.

Spindle	Min. viscosity [mPa.s]	Max. viscosity [mPa.s]
V71	262	2 620
V72	1 110	11 100
V73	5 330	53 300
V74	54 300	543 000
V75	21 300	213 000

H model
Min. and max. viscosity are calculated values at 10 rpm.

Spindle	Min. viscosity [mPa.s]	Max. viscosity [mPa.s]
V71	2 096	20 960
V72	8 880	88 800
V73	42 640	426 400
V74	434 400	4 344 000
V75	170 400	1 704 000

A.4 What is the difference between relative and absolute measuring systems?

Relative measuring systems are designed according to ISO 2555/ISO 1652. There is no exactly defined gap (so-called “infinite gap” systems) and therefore the measured viscosity is relative. Relative measuring systems are most frequently used in beakers, such as in a 600 mL (glass) beaker. If something in the setup changes (like beaker size, immersion depth of the spindle, etc.), the viscosity value will also change. Relative measuring systems for ViscoQC 100/300 are L1-L4 and RH1-RH7. On the other hand, absolute measuring systems (concentric cylinders, double-gap, small sample adapter, ultra–low viscosity adapter) deliver absolute viscosity values, since they have a defined gap. They are designed according to the standards DIN 53019-1 and ISO 3219. These viscosity values can be compared to any other instrument that measures the absolute viscosity. Absolute measuring systems for ViscoQC are CC12, CC18, CC26, and DG26. A bigger gap than specified in DIN 53019-1 and ISO 3219 is available for CC12/D18, a different (bigger/smaller) gap with slightly different spindle geometries is used in SC4-18, SC4-21, SC4-25, SC4-27, SC4-28, SC4-29, SC4-31, SC4-34.

A.5 How do I connect/disconnect the spindle?

Every spindle of ViscoQC 100/300 is equipped with a magnetic coupling. The magnetic coupling is also contained in the standard instrument delivery for each L and RH spindle. Hence, an easy and fast one-hand removal/attachment is ensured. Keep in mind that the spindles should always be removed sidewards, using a slight angle of around 10° to 45°.

A.6 What are Newtonian, shear-thinning (pseudoplastic), and shear-thickening (dilatant) flow behavior?

In Newtonian samples the viscosity of the sample does not depend on the load that is applied to it. Therefore, if different speeds are applied to a sample, it will always show the same viscosity value. Well-known examples of Newtonian liquids are water and oils. For shear-thinning and shear-thickening samples, the viscosity depends on the load applied to the sample. Therefore, the viscosity value will change with the speed. For shear-thinning samples, the viscosity will decrease as the speed is increased. Typical shear-thinning samples are coatings, adhesives, fruit/vegetable purees, and shampoo.
For shear-thickening samples, the viscosity will increase as the speed is increased. Typical shear-thickening samples are starch solutions or dispersions with a high content of solid mass.

A.7 What is included in the standard instrument delivery?

The standard delivery includes the instrument equipped with Toolmaster™ and magnetic coupling, 4 spindles (L) or 6 spindles (RH) made of highly chemical resistance stainless steel AISI 316L, stand, power supply, USB cable, V-Collect data collection software, printed SOP, and instruction manual.

B. Cleaning

C. Maintenance

D. ViscoQC 300 and its software packages

D.1 What is included in the ViscoQC 300 basic model?

The ViscoQC 300 basic model already has the functionality of measuring multiple points (Speed Scan, Time Scan; if PTD 80/PTD 175 in use: Temperature Scan). Furthermore, speed- or shear-rate-controlled measurements can be performed. For shear rate control and displaying of the value, a DIN spindle (concentric cylinder, double-gap), small sample adapter system (SC4-xx), or an ultra-low viscosity adapter system (UL26) is necessary.
Further functionalities on the stand-alone instrument can be added by upgrading it with the software packages V-Curve and/or V-Comply.

D.2 What is included in V-Curve?

V-Curve is available as a 30-day trial on each basic model. Activation is possible any time.

V-Curve has the following software functionalities:

The possibility to see live measurement data in a graph
Programmability: Create up to 50 steps (sample preparation as separate step possible)
A yield method to determine the yield stress with vane spindles
Mathematical models (IPC Paste, Power Law, Bingham, Herschel-Bulkley, Casson, NCA/CMA Casson, shear thinning index, thixotropy breakdown coefficient, post data averaging, unique best fit feature functionality). Please note: For mathematic regression models such as Bingham, Herschel-Bulkley, Casson, and NCA/CMA Casson DIN spindles are required.
Methods to determine the low-temperature viscosity of samples with the Peltier temperature device PTD 175
Possibility to define heating/cooling rates to perform temperature ramps (needs PTD 175)

D.3 What is included in V-Comply?

The V-Comply package is delivered with Anton Paar’s unique Pharma Qualification Package and fulfills the requirements of GMP 4 Annex 11 & 15, GAMP 5, and 21 CFR Part 11. It includes the following software functionalities:

User management, customizable users/user groups
Audit trail (logbook of all events)
Electronic signature (2- or 3-step signing, substitute signing)
Advanced data integrity mode (archiving must be performed of users, audit trails, measurements (measured data), adjustment data; Deletion is no longer possible)
VNC mode (operate ViscoQC 300 via LAN by an external PC)
Value visibility mode (see results always or during measurement or only when measurement is finished)
Non-storage mode (system stores no measurements or adjustments)
Increased security functions (date and time stamp, password access and password complexity, restrict use of spindles through Toolmaster™, disable USB memory devices, and more)

D.4 How can I upgrade to V-Curve and/or V-Comply?

To upgrade, simply contact us via live chat or our contact form.
V-Curve is also available on our webshop.

E. Contact

Consumables, Accessories & Software

Accessories & Software

Not all items are purchasable online in specific countries.

To find out if you can purchase online from your location, check the online availability below.

Not all items are available for purchase online.

If you do not find the item you require, please contact your Anton Paar sales representative.

LABELS 90 x 29 mm, 1 x 400 pcs. FOR BROTHER Label Printer

Compatible with:
ViscoQC 100 L | 100 R | 100 H | 300 L | 300 R | 300 H

Rotational viscometer:ViscoQC

Key features

Unpack your digital viscometer – and measure right away

The easiest way to measure dynamic viscosity

Full traceability for reliable viscosity tests

The most convenient way to generate and export viscosity quality control data

Your future-proof rotational viscometer

Three-year warranty and on-site service for maximum uptime

Technical specifications

Standards

ASTM

BS

Chinese Pharmacopoeia (ChP)

DIN

EN

ISO

Japanese Pharmacopoeia (JP)

Pharmacopoeia Europe (Ph. Eur.)

TAPPI

U.S. Pharmacopoeia (USP)

Anton Paar Certified Service

Documents

Similar products

Rotational Rheometer: RheolabQC

ViscoQC FAQ

A.1 Which model should I choose for my sample?

A.2 What information is displayed on ViscoQC?

A.3 Which spindle/measuring system should I choose?

A.3.5 T-Bar Spindles

A.3.6 Vane spindles

A.4 What is the difference between relative and absolute measuring systems?

A.5 How do I connect/disconnect the spindle?

A.6 What are Newtonian, shear-thinning (pseudoplastic), and shear-thickening (dilatant) flow behavior?

A.7 What is included in the standard instrument delivery?

B.1 What is recommended for cleaning the measuring systems?

B.2 What is recommended for cleaning the housing of the instrument?

C.1 Can I perform a calibration oil measurement on my own?

C.2 Can I perform a temperature calibration on my own?

C.3 Do I need to check ViscoQC 100/300 on a regular basis?

D.1 What is included in the ViscoQC 300 basic model?

D.2 What is included in V-Curve?

D.3 What is included in V-Comply?

D.4 How can I upgrade to V-Curve and/or V-Comply?

E.1 Where can I get accessories or consumables for ViscoQC 100/300?

E.2 The FAQs were not able to solve my issue. How do I contact Anton Paar?

Consumables, Accessories & Software

Consumables, Accessories & Software

Accessories & Software

Accessories & Software

LABELS 90 x 29 mm, 1 x 400 pcs. FOR BROTHER Label Printer

ANGULAR SCREWDRIVER TORX T10

MOUNTING LINK SET

ANGULAR SCREWDRIVER TORX T20

O-RING 22x3 VMQ 70 SILICONE (RED-BROWN)

VISCOSITY STANDARD APCL68 CCS (500 mL)

VISCOSITY STANDARD APCL60 CCS (500 mL)

SILICONE VISCOSITY STANDARD AP RT30k 600 ml - 33 / 30 Pa.s at 20 / 25 °C

SILICONE VISCOSITY STANDARD AP RT5k 600 ml - 5.6 / 5.0 Pa.s at 20 / 25 °C

SILICONE VISCOSITY STANDARD AP RT500 600 ml - 554 / 501 mPa.s at 20 / 25 °C

SILICONE VISCOSITY STANDARD AP RT10 600 ml - 11 / 10 mPa.s at 20 / 25 °C

VISCOSITY STANDARD ANTON PAAR N26 (C) 100 ml - 50 / 21 / 4.2 mPa.s

VISCOSITY STANDARD ANTON PAAR N7.5 (M) 100 ml - 10 / 5.4 / 1.6 mPa.s

VISCOSITY STANDARD ANTON PAAR S3 (L) 100 ml - 3.7 / 2.3 / 0.9 mPa.s

VISCOSITY STANDARD ANTON PAAR N415 (H) 100 ml - 1100 / 330 / 32 mPa.sc

LABELS 89 x 28 mm, 2 x 130 pcs. FOR DYMO LabelWriter

LABELS 89 x 36 mm, 2 x 260 pcs. FOR DYMO LabelWriter

SILICONE VISCOSITY STANDARD AP RT50 600 ml - 55 / 50 mPa.s at 20 / 25 °C

SILICONE VISCOSITY STANDARD AP RT100 600 ml - 111 / 100 mPa.s at 20 / 25 °C

SILICONE VISCOSITY STANDARD AP RT1k 600 ml - 1.1 / 1.0 Pa.s at 20 / 25 °C

SILICONE VISCOSITY STANDARD AP RT12k 600 ml - 14 / 13 Pa.s at 20 / 25 °C

SILICONE VISCOSITY STANDARD AP RT60k 600 ml - 66 / 60 Pa.s at 20 / 25 °C

SILICONE VISCOSITY STANDARD AP RT100k 600 ml - 111 / 100 Pa.s at 20 / 25 °C

FOAM PACKING MATERIAL ViscoQC

VITON O-RING FOR DIN/SC4 SYSTEMS

O-RING 22x3 EPDM 70

GLASS ROD

DISPOSABLE MEASURING CUP D22 1 pack = 100 pcs. (blank aluminium)

VISCOSITY STANDARD APCL16 CCS (500 mL)

VISCOSITY STANDARD APCL20 CCS (500 mL)

VISCOSITY STANDARD APCL25 CCS (500 mL)

Rotational viscometer:
ViscoQC

Rotational Rheometer:
RheolabQC

Temperature control solutions for ViscoQC:
Temperature device PTD 175

Cone-plate measuring system with integrated Peltier temperature device:
PTD 100 Cone-Plate

Temperature control solutions for ViscoQC:
Temperature device PTD 80

Motorized accessory for ViscoQC 100/300:
Heli-Plus

Accessory for ViscoQC 100/300:
Flexible Cup Holder