Netherlands

TQC VF2110 double-channel Fineness gauge 0-15µm/1.5µm with calibrated certificate

SE
Grindometer 0-15 µm, double-channel
$980.00/set
PromotionLoading...
Coupon
Model:
Certificate

TQC sheen VF2110 Double-channel Fineness gaugeSPEC

TQC sheen VF2110 Double-channel Fineness gaugeDetails

TQC sheen VF2110 Double-channel Fineness gaugePacking list

SKU
NB000516
Scraper type
double-channel
Number of grooves
2
range
0~15μm
Scale unit
μm、Hegman、PCU
Accuracy
±2µm
scraper material
Swiss 1.2085 tool steel
Scraper size
175*60*12mm
Groove width
12mm
Drawdown blade size
75*38*8mm
Applicable standards
ASTM D1210, ASTM D1316, DIN 53203, DIN EN ISO NF21524, FTMS 141 a, M.4411.1, NF T 30-046, ASTM D1084, ISO 1524, ГОСТ 6589
Graduation
1.5μm
Calibrated Certificate
With Certificate
VF2110
Double-channel Fineness gauge
Grindometer 0-15 µm, double-channel
TQC VF2110 double-channel Fineness gauge 0-15µm/1.5µm with calibrated certificate Picture

TQC VF2110 double channel Fineness gauge details picture 1

TQC VF2110 double channel Fineness gauge details picture 2

TQC VF2110 double channel Fineness gauge details picture 3

TQC VF2110 double channel Fineness gauge details picture 4

TQC VF2110 double channel Fineness gauge details picture 5

Overview of double channel Fineness gauge

The Dutch TQC VF2110 / VF 2111/ VF 2112/ VF 2113 double channel Fineness gauge is a scraper Fineness Meter with four different measuring ranges. The measured fineness ranges are 0~15μm , 0~25μm, 0~50μm, 0 ~100μm, the measured fineness accuracy is ±2 microns. The material of TQC double channel Fineness gauge is Swiss high-quality stainless steel, which has good wear resistance and corrosion resistance. VF2110/ VF 2111/ VF 2112/ VF 2113 double channel Fineness gauge is a double groove design.

Features

1. The TQC double-slot fineness plate scraper is made of hardened stainless steel. The surface is delicate, smooth and easy to maintain. It can be operated by hand during use.

2. The double-groove fineness gauge has double grooves and has 3 different parameters: micron, Hegemann, and North slope, which is a graded slope design.

3. In addition to measuring the fineness of paint, the TQC fineness plate scraper can also measure the fineness of many materials such as coatings, pigments, raw materials, plastics, printing inks, etc.

4. TQC fineness plates can also be used to test the fineness of products in chocolate, ceramics, paper, food and other industries, and there are more application areas.

Overview of fineness testing

During the fineness testing process of pigments, the pigments need to be ground into finer particles for dispersion in fluid equipment. The physical properties of the final dispersion are usually called "fineness", which not only depends on the actual size of the individual particles, but also depends on them. The extent to which it is dispersed. The pigment fineness can be quickly measured using the pigment fineness board.

Instructions

To summarize: Pour a little more of the sample to be measured into the deep end of the groove, and use the matching scraper to scrape the sample to be measured toward the shallower end of the groove at an appropriate angle and at a steady speed. After scraping, you can see many rough particles on the surface of the fineness plate, which are the corresponding test points.

Standard specific operations:

1. Wash the scraper and scraper with the specified solvent and wipe them dry with cotton gauze.

2. Mix the sample that meets the standard viscosity of the product thoroughly with an oil knife.

3. In the deepest part of the groove of the scraper Fineness Meter, drop a few drops of the sample so that it can fill the groove with a little excess.

4. Hold the spatula with the thumb, index and middle fingers of both hands. Place it horizontally on the upper end of the scraper Fineness Meter, make the scraper perpendicular to the surface of the scraper Fineness Meter, and pull the scraper from the deep part to the shallow part of the groove at a suitable speed, so that the paint sample fills the groove without leaving any excess on the plate. Excess paint.

5 Immediately (no more than 5 seconds) hold the Fineness Meter horizontally and tilt it so that the line of sight is at an angle of 15-30 degrees to the groove plane and observe the scale value where the particles in the groove are evenly exposed. The reading value is the fineness of the sample being measured. Spend.

Take you into the Dutch TQC

TQC VF2110 double channel Fineness gauge details picture 6

TQC VF2110 double channel Fineness gauge details picture 7

TQC VF2110 double channel Fineness gauge details picture 8

FAQ
QTo test 0.3um particles, should I use 0-15 or 0-25 for this particle size?
A This fineness is too fine to measure with Fineness of Ground Gauge
QCan the TQCVF2120 Fineness gauge be used to scrape around 8μm of pigment?
A Yes, the double-channel Fineness gauge can scrape the material fineness below 0~ 15μm.
QMy material D50 is 4-8um, which is coated with lithium battery separator. Is this one okay?
A OK
QI want to do a test on the JB/T9385 standard. Is this double-channel Fineness gauge okay?
A Sure
QFineness of electric conductive ink particles, is it measured with this scraper Fineness meter? How to measure?
A Fineness of electric conductive ink can be measured with scraper Fineness meter. For specific measurement methods, please refer to the operation manual or video of NBchao. Com Mall Knowledge Base or any Fineness meter details page.
QCarbon nanotube slurry with which type of Fineness gauge? Fineness about 5 to 10 error.
A It is recommended to use a Fineness gauge with a range of 0 to 15 μm, one path 2 paths is OK. If this range is expected to expand, choose a Fineness gauge with a range of 0 to 25 μm appropriately.
QPrinting ink can use this Fineness gauge?
A Hello, it's OK.
Knowledge
Standard