Vascozimetre con si placa
Model Brookfield CAP1000 si CAP2000

Solicit oferta de pret »

RFQ »

Vascozimetre con si placa cu timer integrat

Cone & Plate Laboratory Viscometers

Instrument compact, ce ofera posibilitatea testarii produselor pe domenii largi de temperatura si vascozitate
Opereaza cu volume mici de proba (< 1mL) si ofera un controlul termic precis in timpul determinarii
Constructie robusta, asigura rezistenta in conditii dificile de lucru
Se poate opta intre doua variante de control termic incorporat: 5...75°C (seria L), 50...235°C (seria H)
Se poate opta intre doua variante pentru domeniul momentului de torsiune: high 181,000 dyne•cm sau low 7,970 dyne•cm
Se va alege momentul de torsiune in domeniul “low” pentru aplicatii care necesita viteze mici de forfecare (fluide cu vascozitate mica/medie)

Domenii de aplicatie
Este recomandat pentru cercetare-dezvoltare si pentru testari amanuntite in controlul calitatii.
pentru Vascozitate medie: adezivi (topitura), materiale de acoperire arhitecturale si industriale, creme, produse alimentare, geluri, gume, cerneluri, vopsele, rasini, lacuri
pentru Vascozitate mare: adezivi, asfalt, ciocolata, polimeri, rasini epoxidice, geluri, cerneluri, melasa, paste, izolanti, esteri vinilici, gudroane

Parametri tehnici pentru CAP1000 si CAP2000
CAP1000 are o singura viteza de rotatie (100, 400, 750 sau 900 rpm) si este recomandat pentru controlul calitatii
CAP2000 are un domeniu de viteze de rotatie variabila cuprins intre 5 .. 1000 rpm si poate fi controlat de catre PC (folosind software-ul optional CAPCALC)

The CAP 1000 Viscometer is a compact, heavy-duty instrument that is ideal for fast, easy, repetitive testing on the production floor or in the QC lab. Small sample size is a plus, along with integrated temperature control built into the sample plate.
Specifications
Quick single point test
Choice of shear rate
Standard speeds include 750 and 900 rpm to provide shear rate at 10,000 sec-1.
Rapid temperature control with built-in Peltier element in sample plate
Meets Industry Standards: ASTM D4287; ISO 2884; BS 3900
Rugged design can handle production environment
Small Sample Size: < 1 mL
Customizable options
Parallel printer output

The CAP2000+ now offers lower shear rates, making it suitable for many applications where small sample volume and good temperature control are necessary.
the rugged, easy-to-use design make it perfect in environments where other instruments won't last.
Specifications
Viscosity Range: 0.2 .. 15,000 Poise
Shear Rate: 10 .. 13,000 sec-1
Temperature: 5-75°C or 50-235°C
Speed of Rotation: 5-1000 RPM
Meets Industry Standards: ASTM D4287; ISO 2884; BS 3900
Small sample size: < 1 mL
Integrated temperature control
Optional CAPCALC32 software for complete control and data analysis

Software pentru controlarea vascozimetrului CAP 2000, descarcarea si prelucrarea datelor
Ulei standard pentru CAP (este necesar cate unul pentru fiecare con utilizat)

Con rotativ aditional
CAP Cone Viscosity Ranges (Poise)

Shear Rate (sec-1) 13.3N 13.3N 13.3N 3.3N 3.3N 3.3 2.0N 2.0N 2.0N 5.0N
Sample Volume 67µL 38µL 24µL 134µL 67µL 30µL 1700µL 400µL 100µL 170µL
Cone Spindle CAP-01 CAP-02 CAP-03 CAP-04 CAP-05 CAP-06 CAP-07 CAP-08 CAP-09 CAP-10
HIGH TORQUE
1000+ @750 rpm .25-2.5 .5-5 1-10 2-20 4-40 10-100 N/A N/A N/A N/A
1000+ @900 rpm .2-2 .4-4 .8-8 1-16 3-33 8-83 N/A N/A N/A N/A
1000+ @400 rpm .375-4.6 .75-9.3 1.5-18.7 3-37.5 6-75 15-187 .78-7.81* 3.13-31.3* 12.5-125* 1-10*
2000+ @5-1000 rpm .2-375 .4-750 .8-1.5K 1-3K 3-6K 8-15K .78-625* 3.13-2.5K* 12.5-10K* 1-1K*
LOW TORQUE
1000+ @100 rpm† .2-.81 .2-1.6 .33-3.3 .65-6.5 1.3-13 3.3-33 .13-1.3 .54-5.4 2.2-22 . .22-2.2
2000+ @5-1000 rpm .2-16 .2-32 .2-66 .2-130 .2-260 .2-660 .2-26 .2-108 2-440 .2-44

µL = microLiter :: K = 1 thousand :: P = poise :: 1 Pa•s = 10 poise :: N = RPM e.g. Cone CAP-01 13.3 x 10 (rpm) = 133 sec-1
*Maximum speed recommended with this spindle is 400 rpm. Viscosity range indicated is for operation at 400 rpm.
†Special speed instrument. Note: Viscosity ranges shown above are for illustration. The exact range will depend upon instrument configuration.