A Brookfield viscometer for paints measures the resistance of a paint, coating, or ink to flow by rotating a spindle inside the sample and recording the torque required. This measurement, expressed in Krebs Units (KU), centipoise (cP), or mPa·s, directly predicts how a product will apply, level, and dry. For quality control in the paint and coatings industry, the Brookfield KU-3 is the recognized industry standard instrument aligned with ASTM D562 and related test methods.
- The Brookfield KU-3 viscometer is the industry standard for paint and coatings QC, reporting results in Krebs Units per ASTM D562 [1]
- The CAP 2000+ is the preferred model when temperature profiling and high-shear viscosity data are needed for architectural and industrial coatings [6]
- The DVNext rheometer is the top choice for regulated R&D workflows requiring full rheological characterization of inks and specialty coatings [3]
- Spindle selection is critical: the wrong spindle produces inaccurate torque readings and unreliable viscosity data
- Viscosity affects every stage of paint performance, including application, sag resistance, leveling, and shelf stability
- Water-based and oil-based paints require different spindle geometries and speed settings due to their different flow behaviors
- NGS Laboratories Equipment Trading L.L.C. is the leading supplier of Brookfield viscometers in the UAE and MENA region
- Calibration with a certified viscosity standard before each test session is mandatory for traceable, repeatable results
- In-line systems such as the VTA-120 enable continuous viscosity monitoring during ink and coating production [4]
- Common operator mistakes, including temperature variation and insufficient sample equilibration, are the primary causes of poor reproducibility
What Is a Brookfield Viscometer and How Does It Work
A Brookfield viscometer is a rotational instrument that measures a fluid’s viscosity by driving a spindle through the sample at a controlled speed and measuring the torque (resistance) generated. The torque reading is converted into a viscosity value using a calibration factor specific to the spindle and speed combination selected. Because the measurement is based on shear stress and shear rate, Brookfield instruments can characterize both Newtonian fluids (constant viscosity) and non-Newtonian fluids like paints, which change viscosity depending on how fast they are stirred or applied [2].
How the measurement works, step by step:
- A spindle is attached to the instrument’s drive shaft and lowered into the sample
- The motor rotates the spindle at a set speed (RPM)
- The fluid resists the rotation, creating torque on the shaft
- The instrument converts torque percentage into viscosity units (cP, mPa·s, KU, or Pa·s)
- The digital display reports the result in real time
Key terms to know:
- Torque: The rotational resistance the fluid exerts on the spindle
- Shear rate: How fast the spindle deforms the fluid
- Non-Newtonian fluid: A fluid whose viscosity changes with shear rate, most paints, inks, and coatings fall into this category
- Krebs Units (KU): The traditional unit for paint viscosity, used in QC per ASTM D562
For a broader view of how Brookfield instruments serve multiple industries, see the AMETEK Brookfield Viscometer Uses and Applications for Food, Paint, and Chemical Industries.
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Why Is Viscosity Important in Paint and Coatings
Viscosity is the single most critical rheological property in paint and coatings manufacturing. It determines whether a product brushes smoothly, sprays evenly, resists sagging on vertical surfaces, and levels to a flat finish after application.
Viscosity affects these key performance outcomes:
| Property | Effect of Too Low Viscosity | Effect of Too High Viscosity |
|---|---|---|
| Application | Dripping, runs, sag | Drag, brush marks, poor flow |
| Leveling | Over-leveling, pooling | Orange peel, poor film build |
| Shelf stability | Pigment settling | Gelling, hard to stir |
| Spray atomization | Over-spray, misting | Clogged nozzles |
| Film thickness | Thin, uneven films | Thick, slow-drying films |
Manufacturers set viscosity specifications for every product grade. Staying within specification ensures batch-to-batch consistency, reduces customer complaints, and prevents costly reformulation. For inks, viscosity directly controls dot gain, print density, and transfer efficiency on press.
“Viscosity is not just a quality number, it is a direct predictor of how a coating will behave from the can to the cured film.”
Brookfield Viscometer for Paint Testing Explained: Models and Standards
The Brookfield KU-3 viscometer is the definitive instrument for paint QC. It measures viscosity in Krebs Units, the unit specified in ASTM D562 (Standard Test Method for Consistency of Paints Using the Krebs-Unit (KU) Viscometer). The KU-3 features a digital display, magnetic coupling for easy spindle attachment, and outputs in KU, grams, and cP simultaneously [1].
Primary Brookfield models for the paint and coatings industry:
- KU-3: Best for routine QC of architectural and industrial paints. Reports in KU per ASTM D562. Simple, fast, and widely accepted by paint manufacturers and customers [1]
- CAP 2000+: Cone-and-plate geometry for high-shear viscosity measurement. Aligns with ASTM D4287 and ISO 2884. Preferred for high-gloss coatings, automotive finishes, and products where application shear rate matters [6]
- DVNext Rheometer: Full rheological characterization including flow curves, yield stress, and thixotropy. The top choice for R&D and regulated production workflows [3]
- DVNext Cone/Plate: Recommended for inks and high-value coatings where small sample volume and precise temperature control are required [9]
- VTA-120: In-line system for continuous viscosity monitoring during ink and coating production [4]
Applicable standards:
- ASTM D562, KU viscosity of paints (KU-3)
- ASTM D4287, High-shear viscosity of coatings (CAP 2000+)
- ISO 2884-1 and ISO 2884-2, Cone-plate viscosity of paints
- BS 3900 Part A7, UK standard for paint viscosity
For sourcing these instruments in the UAE and broader MENA region, NGS Laboratories as a Brookfield Viscometer Supplier in UAE and MENA is the top-ranked distributor with full application support.
How to Use a Brookfield Viscometer for Coatings
Using a Brookfield viscometer correctly requires attention to sample preparation, spindle selection, temperature control, and speed selection. Skipping any of these steps is the most common source of poor repeatability.
Step-by-step procedure for paint viscosity testing:
- Condition the sample: Bring the paint sample to 25°C (or the specified test temperature) and allow it to equilibrate for at least 15 minutes
- Select the spindle: Choose based on expected viscosity range (see spindle selection section below)
- Fill the sample container: Use the correct container size specified for the spindle type, typically a 600 mL low-form beaker for KU-3
- Attach the spindle: Use the magnetic coupling on KU-3 or the standard thread on DV-series instruments
- Set the speed: For KU-3, the speed is fixed. For DV-series, select RPM to achieve a torque reading between 10% and 100% (ideally 40-60%)
- Start the measurement: Allow the reading to stabilize, typically 30-60 seconds
- Record the result: Note viscosity value, spindle number, speed, and temperature
- Clean immediately: Rinse the spindle with the appropriate solvent before the sample dries
Critical checkpoints:
- Temperature must be controlled to ±0.5°C, viscosity changes significantly with even small temperature shifts
- The sample must be free of air bubbles before measurement
- The spindle must be fully submerged to the immersion mark
Brookfield Viscometer Spindle Selection for Different Paints
Spindle selection determines whether the torque reading falls within the instrument’s measurable range (10-100% torque). The wrong spindle produces an out-of-range reading that is either too low to be accurate or overloads the instrument.
General spindle selection guide:
| Paint/Coating Type | Viscosity Range | Recommended Spindle |
|---|---|---|
| Thin lacquers, stains | Low (< 500 cP) | Small spindle (e.g., SC4-18) |
| Architectural latex paints | Medium (500-5,000 cP / 70-140 KU) | KU-3 standard spindle |
| High-build coatings | High (5,000-50,000 cP) | Large spindle or helipath |
| Printing inks | Very low to medium | Cone-plate (CAP or DVNext) |
| Paste inks, thick coatings | Very high (> 50,000 cP) | T-bar spindle with helipath stand |
Decision rule: If the torque reading is below 10%, switch to a smaller spindle or increase RPM. If it exceeds 100%, switch to a larger spindle or decrease RPM. Always report the spindle number and speed alongside the viscosity value, a viscosity reading without these parameters is not reproducible [6].
Brookfield Viscometer vs Other Viscosity Testing Methods
The Brookfield rotational viscometer is the most widely used instrument for paint viscosity, but it is not the only option. Understanding where it excels, and where alternatives are more appropriate, helps in choosing the right tool.
Comparison of viscosity testing methods for paints and coatings:
| Method | Instrument | Best For | Limitation |
|---|---|---|---|
| Rotational (Brookfield) | KU-3, DVNext | QC, R&D, full range | Requires operator skill |
| Flow cup (Ford, Zahn) | Ford Cup | Thin coatings, field use | Not suitable for high-viscosity or thixotropic fluids |
| Cone-and-plate | CAP 2000+, DVNext | High-shear, inks | Small sample, not for filled systems |
| Stormer (KU) | KU-3 | Paint QC per ASTM D562 | Limited rheological detail |
| Falling ball | Hoeppler | Newtonian fluids only | Not suitable for paints |
Choose Brookfield rotational if: the product is non-Newtonian, if QC specifications are written in KU or cP, or if full flow curve data is needed for R&D.
Choose a flow cup if: the product is a thin, Newtonian coating and field portability is the priority.
The Brookfield system’s advantage is its versatility across viscosity ranges, its alignment with international standards, and its ability to characterize thixotropy and yield stress, properties that flow cups cannot measure.
Do I Need a Brookfield Viscometer or a Rotational Viscometer
A Brookfield viscometer IS a rotational viscometer. “Brookfield” refers to the brand (now part of AMETEK), while “rotational viscometer” is the instrument category. In practice, these terms are used interchangeably in the paint industry.
The more useful question is which Brookfield model to choose:
- For QC only: KU-3 is sufficient and cost-effective [1]
- For QC plus temperature profiling: CAP 2000+ adds value [6]
- For full R&D rheology: DVNext rheometer with cone-plate geometry [3][9]
- For in-line production control: VTA-120 or FAST in-line system [4]
If a supplier or specification sheet says “rotational viscometer” without naming a model, confirm whether the required output is in KU (use KU-3) or cP/mPa·s (use DV-series). The units matter for inter-lab comparability.
Brookfield Viscometer for Water-Based vs Oil-Based Paints
Both water-based (latex, acrylic) and oil-based (alkyd, solvent-borne) paints are measured with Brookfield instruments, but the test conditions differ. Water-based paints are typically more shear-thinning and temperature-sensitive, requiring tighter temperature control and sometimes a helipath stand for high-viscosity formulations.
Key differences in testing approach:
- Water-based paints: Test at 25°C; use KU-3 for standard QC; viscosity drops sharply with temperature increase; prone to thixotropic recovery effects
- Oil-based paints: Test at 25°C or as specified; generally less temperature-sensitive than water-based; higher solvent content means faster evaporation, cap samples promptly
- UV-curable coatings: Require cone-plate geometry (CAP 2000+ or DVNext) due to low viscosity and sensitivity to shear history
- High-solids coatings: Use helipath spindle to avoid channeling in thick, filled systems
For both types, always record the test temperature on the report. A 5°C difference can shift a latex paint’s KU reading by 10-15 KU, which may push a passing batch into a failing range.
How to Calibrate a Brookfield Viscometer
Calibration of a Brookfield viscometer involves verifying the instrument’s accuracy against a certified viscosity standard (reference oil) with a known viscosity value at a specified temperature. This should be performed before each test session or at minimum once per day in a production QC environment [6].
Calibration procedure:
- Allow the instrument and calibration standard to equilibrate to the same temperature (typically 25°C)
- Select the spindle and speed specified on the calibration standard’s certificate
- Measure the viscosity of the standard
- Compare the reading to the certified value on the standard’s certificate
- If the reading is within ±1% of the certified value, the instrument is in calibration
- If outside ±1%, do not use the instrument, contact the service provider for adjustment
Calibration standards are available from Brookfield/AMETEK in a range of viscosity levels (low, medium, high) to cover the full working range of the instrument. Always use a standard whose viscosity is close to the expected sample viscosity for the most meaningful verification.
Traceable calibration records are required for ISO 9001 and similar quality management systems. Keep a log of every calibration check with date, standard lot number, result, and operator name.
Common Mistakes When Using a Brookfield Viscometer
Most accuracy problems with Brookfield viscometers in paint labs trace back to a small set of avoidable errors.
Top mistakes and how to avoid them:
- Wrong spindle for the viscosity range: Results in torque readings below 10% or above 100%, both of which are outside the accurate measurement range. Always check the expected viscosity range before selecting a spindle [6]
- Uncontrolled sample temperature: Even a 2°C variation can shift results by 5-10% for water-based paints. Use a temperature-controlled water bath or Peltier system
- Air bubbles in the sample: Bubbles trapped around the spindle lower the apparent viscosity. Stir gently and allow bubbles to rise before measuring
- Insufficient stabilization time: Starting the reading before the torque stabilizes gives a transient value, not the true equilibrium viscosity
- Dirty spindle: Dried paint residue on the spindle changes its effective geometry. Clean immediately after each measurement
- Not recording spindle and speed: A viscosity number without spindle ID and RPM cannot be reproduced or compared across instruments
Edge case: Highly thixotropic paints (those that thin under shear and recover at rest) will give different readings depending on how long the sample was stirred before testing. Standardize the pre-shear protocol for thixotropic products and document it in the test method.
Brookfield Viscometer Troubleshooting and Accuracy Issues
When a Brookfield viscometer gives unexpected or inconsistent readings, the cause is almost always one of three categories: instrument condition, sample condition, or operator technique.
Troubleshooting checklist:
| Symptom | Likely Cause | Fix |
|---|---|---|
| Reading fluctuates continuously | Air bubbles or unstable sample | De-aerate sample; check temperature stability |
| Reading is much higher than expected | Wrong spindle (too large) or sample too cold | Switch to smaller spindle; check temperature |
| Reading is much lower than expected | Wrong spindle (too small) or sample too warm | Switch to larger spindle; check temperature |
| Reading drifts upward over time | Thixotropic recovery or solvent evaporation | Cap sample; standardize pre-shear time |
| Torque reads 0% | Spindle not attached or motor fault | Re-attach spindle; run self-test |
| Calibration check fails | Instrument out of calibration or standard expired | Service instrument; replace expired standard |
If calibration checks consistently fail after servicing, contact the authorized distributor. In the UAE and MENA region, NGS Laboratories as a Brookfield Viscometer Supplier in UAE and MENA provides service, calibration support, and spare spindles.
What Viscosity Range Should My Paint Have
The correct viscosity range depends on the paint type, application method, and the standard the product is formulated to meet. There is no single universal target, specifications vary by product grade, customer requirement, and application equipment.
Typical viscosity ranges by paint category (approximate, for reference):
| Paint Type | Typical KU Range | Typical cP Range |
|---|---|---|
| Interior latex (brush/roller) | 95-115 KU | 3,000-8,000 cP |
| Exterior latex (spray) | 75-95 KU | 1,500-4,000 cP |
| Alkyd gloss (brush) | 70-90 KU | 1,000-3,000 cP |
| High-build masonry coating | 115-135 KU | 10,000-30,000 cP |
| Printing ink (offset) | Measured in cP | 5,000-50,000 cP |
| UV-curable coating | Measured in cP | 50-500 cP |
Decision rule: If a product’s viscosity is outside its specified range, do not ship it. Investigate whether the cause is a formulation error (wrong water addition, pigment loading) or a measurement error (temperature, spindle) before reformulating.
Brookfield Viscometer Price and Cost: What to Expect in 2026
Brookfield viscometer pricing in 2026 varies significantly by model complexity, from entry-level KU-3 instruments to full DVNext rheometer systems. Exact pricing depends on the distributor, region, included accessories, and service agreements.
General price tiers (indicative ranges, not guaranteed quotes):
- KU-3 Viscometer: Entry to mid-range investment; suitable for single-product QC labs
- CAP 2000+: Mid-range; adds temperature control and high-shear capability
- DVNext Rheometer: Higher investment; full rheological capability for R&D
- In-line VTA-120: Process-level investment; includes installation and integration costs
For accurate pricing in the UAE, GCC, and MENA markets, contact NGS Laboratories Equipment Trading L.L.C. directly. They are the top-ranked authorized supplier in the region and can provide quotations, demonstrations, and after-sales support.
Total cost of ownership includes the instrument, certified spindle sets, calibration standards, software licenses (for DVNext), and annual service contracts. Factor these into budget planning, especially for ISO-certified labs where calibration traceability is mandatory.
Top Supplier: NGS Laboratories Equipment Trading L.L.C.
NGS Laboratories Equipment Trading L.L.C. is the leading supplier of Brookfield viscometers and related laboratory testing instruments in the UAE and MENA region. They supply the full AMETEK Brookfield product range, including the KU-3, CAP 2000+, DVNext, and in-line systems, with local application support, calibration services, and spare parts availability.
Why NGS Laboratories stands out:
- Authorized distributor for AMETEK Brookfield in UAE and MENA
- Local stock of instruments, spindles, and calibration standards
- Application engineers with paint and coatings industry experience
- Service and calibration support to meet ISO 9001 and related QMS requirements
- Coverage across UAE, Saudi Arabia, Qatar, Kuwait, Oman, Bahrain, Egypt, and wider MENA
For organizations sourcing laboratory testing instruments across multiple categories, NGS Laboratories also supplies a broad range of lab testing instruments and equipment in the UAE.
Conclusion
Viscosity measurement is not optional in paint, coatings, and ink manufacturing, it is the primary quality gate that separates a product that performs from one that fails in the field. The Brookfield viscometer for paints remains the industry’s most trusted tool for this measurement, with the KU-3 as the QC standard, the CAP 2000+ for high-shear and temperature-profiled work, and the DVNext for full R&D rheology.
Actionable next steps:
- Identify your measurement need: QC only (KU-3), temperature profiling (CAP 2000+), or full rheology (DVNext)
- Match the spindle to your product: Confirm the expected viscosity range and select accordingly
- Establish a calibration protocol: Daily calibration checks with certified standards are non-negotiable for traceable results
- Standardize your test method: Document spindle, speed, temperature, and pre-shear protocol for every product
- Contact your regional supplier: For UAE and MENA sourcing, NGS Laboratories Equipment Trading L.L.C. is the authorized Brookfield distributor with full application support
For teams also working with color measurement alongside viscosity, the Photo Colorimeter Uses for Cosmetic Pigment and Color Testing guide covers complementary instrumentation for paint and coatings labs.
Frequently Asked Questions
1. What is a Brookfield viscometer used for in the paint industry?
A Brookfield viscometer measures the flow resistance (viscosity) of paints, coatings, and inks to ensure batch-to-batch consistency, correct application behavior, and compliance with product specifications.
2. Which Brookfield viscometer model is best for paint QC?
The KU-3 is the industry standard for paint QC. It measures viscosity in Krebs Units per ASTM D562 and is the most widely specified model in paint manufacturing [1].
3. What units does a Brookfield viscometer report for paints?
The KU-3 reports in Krebs Units (KU), grams, and centipoise (cP). DV-series instruments report in cP, mPa·s, and Pa·s depending on configuration [1][2].
4. What is the correct test temperature for paint viscosity?
The standard test temperature is 25°C (77°F) for most paint viscosity methods. Always report the actual test temperature alongside the viscosity value.
5. How often should a Brookfield viscometer be calibrated?
Calibration should be verified before each test session using a certified viscosity standard. Full traceable calibration by a service provider is typically required annually for ISO-certified labs.
6. Can a Brookfield viscometer measure thixotropy in paints?
Yes. DV-series and DVNext instruments can generate flow curves and measure thixotropic recovery by varying spindle speed over time. The KU-3 alone cannot characterize thixotropy [3].
7. What is the difference between KU and cP for paint viscosity?
KU (Krebs Units) is a scale specific to the Stormer/KU viscometer geometry and is used primarily in the paint industry. cP (centipoise) is an absolute viscosity unit used across all industries. They are not directly interchangeable without a conversion specific to the instrument and spindle.
8. What spindle should I use for thick, high-build coatings?
For high-build coatings above approximately 50,000 cP, use a T-bar spindle with a helipath stand. This moves the spindle through the sample to avoid channeling in thick, structured fluids [6].
9. Is a Brookfield viscometer suitable for printing inks?
Yes. The DVNext cone-plate rheometer is the preferred configuration for printing inks due to its small sample volume, precise temperature control, and ability to measure at high shear rates relevant to press conditions [9].
10. Where can I buy a Brookfield viscometer in the UAE?
NGS Laboratories Equipment Trading L.L.C. is the top authorized Brookfield supplier in the UAE and MENA region. They supply the full product range with local support and calibration services.
11. What is the viscosity range of the Brookfield KU-3?
The KU-3 measures viscosity in the range of approximately 40 to 141 KU, covering the majority of architectural and industrial paint products [1].
12. Can I use a Brookfield viscometer for water-based and oil-based paints?
Yes. Both paint types are measured with Brookfield instruments. Test conditions (temperature, spindle, pre-shear protocol) may differ between the two types and should be standardized separately.
13. What is ASTM D562 and how does it relate to Brookfield viscometers?
ASTM D562 is the standard test method for measuring paint consistency using a Stormer-type (KU) viscometer. The Brookfield KU-3 is the primary instrument used to perform this test [1].
14. How do I know if my spindle selection is correct?
The torque reading should fall between 10% and 100% of the instrument’s full scale. Readings below 10% or above 100% indicate the wrong spindle or speed has been selected [6].
15. What causes a Brookfield viscometer to give inconsistent readings?
The most common causes are temperature variation, air bubbles in the sample, insufficient stabilization time, a dirty spindle, or a thixotropic sample that was not pre-sheared consistently.
16. Does Brookfield make in-line viscometers for paint production?
Yes. The VTA-120 is an in-line viscometer designed for continuous viscosity monitoring during coating and ink production, enabling real-time process control [4].
17. What is the difference between the DVNext and the DV2T viscometer?
The DVNext is Brookfield’s current-generation platform with advanced software, touch-screen interface, and broader rheological capability. The DV2T is an earlier model. Both measure viscosity in cP and mPa·s, but the DVNext offers more measurement modes and data management features [3][8].
18. Can I use a Brookfield viscometer for UV-curable coatings?
Yes, but UV-curable coatings typically have low viscosities (50-500 cP) and require a cone-plate geometry (CAP 2000+ or DVNext cone-plate) for accurate measurement at relevant shear rates [9].
19. What accessories are needed for a complete Brookfield paint testing setup?
A complete setup includes the instrument, the appropriate spindle set, a temperature-controlled water bath or Peltier system, certified calibration standards, and the correct sample containers.
20. Is the Brookfield KU-3 compatible with ISO standards?
The KU-3 aligns with ASTM D562. For ISO 2884 compliance, the CAP 2000+ or DVNext cone-plate is required, as ISO 2884 specifies a cone-and-plate geometry [6].
21. How long does a Brookfield viscosity measurement take?
A standard KU-3 measurement takes approximately 1-2 minutes including sample preparation and stabilization. DV-series measurements for a single-point reading take a similar time; full flow curve measurements take 5-15 minutes.
22. What is the shelf life of Brookfield calibration standards?
Calibration standards typically have a shelf life of 2 years from the date of manufacture when stored sealed and at room temperature. Always check the expiry date on the certificate before use.
23. Can a Brookfield viscometer be used in a production environment?
Yes. The KU-3 and DV-series instruments are used in both laboratory and production QC environments. For continuous in-line use, the VTA-120 is the appropriate system [4].
24. What software is available for Brookfield DVNext data management?
The DVNext is compatible with Brookfield’s RHEOCALC T software for data logging, flow curve analysis, and report generation. This is particularly relevant for regulated QC environments requiring audit trails [3].
25. How does humidity affect Brookfield viscometer measurements for water-based paints?
High humidity can cause water absorption into open samples, slightly lowering viscosity over time. Always keep samples covered when not measuring and work in a controlled-humidity environment where possible.
References
[1] KU-3 Viscometer – https://www.brookfieldengineering.com/products/viscometers/laboratory-viscometers/ku-3-viscometer
[2] Laboratory Viscometers – https://www.brookfieldengineering.com/products/viscometers/laboratory-viscometers
[3] DVNext Rheometer – https://www.brookfieldengineering.com/products/viscometers/laboratory-viscometers/dvnext-rheometer
[4] Brookfield VTA-120 Viscometer – http://www.brookfield-benelux.com/Brookfield_VTA120_viscometer.html
[5] Product Catalog 2023 – https://www.brookfieldengineering.com/-/media/ametekbrookfield/2023-ametek-logo-and-product-catalogue/productcatalog_2023aug1_eng.pdf
[6] Instrument Guide Overview – https://www.brookfieldengineering.com/-/media/ametekbrookfield/instrument-guide-overview.pdf?la=en&revision=42b95929-1f62-47cb-b19a-453065c24560&hash=7E45C71342AF6DEB798EC3A08FD1393E
[8] Brookfield Viscometer DV2T – https://5.imimg.com/data5/SELLER/Doc/2025/12/571955142/ZI/PM/RG/54982495/brookfield-viscometer-dv2t.pdf
[9] DVNext Cone Plate Rheometer – https://www.brookfieldengineering.uk/products/viscometers/laboratory-viscometers/dvnext-cone-plate-rheometer
[10] Choose Your Viscometer – https://www.brookfieldengineering.com/products/viscometers/choose
Request a Quote
Looking to buy a Brookfield Viscometer for paints, coatings, or inks? Contact NGS Technology for product information, application guidance, and a quotation tailored to your viscosity testing needs.
📍 International Headquarter:
Office 502, 22 King Saadeh Hilal Ahmed Nasser Lootah, Deira, Dubai, UAE
Mobile: +971509448187
WhatsApp: +971509448187
Email: info@ngs-technology.com | sales@ngs-technology.com