• Thermosel pour viscosimètres

Thermosel pour viscosimètres

  • Compatible with standard Brookfield Viscometers and DV3T Rheometers
  • For Elevated Temperature Testing
  • Applications: Hot Melts, Asphalt, Wax, Polymers

Thermosel for Elevated Temperature Testing

with standard Brookfield Viscometers and DV3T Rheometers Note: requires optional cable DVP-141


Provides control
of sample temperature up to +300°C


EZ-Lock Option 
Thermosel is now available with special EZ-Lock spindle coupling for use on standard Brookfield Viscometers/Rheometers already equipped with the EZ-Lock feature


Temperature Ramping
between set points is possible if used with RheocalcT (DV3T & DV2T) Software Note: Requires optional cable HT-106


Thermo Container
Heating Chamber


Computer Controlled
when used with DV2T or DV3T and RheocalcT Software (HT-106 cable required)


Programmable Temperature Controller
offers single set point or up to 10 programmable set points.

Direct Temperature Control Possible
with DV2T/DV3T Rheometer


What’s Included?

  • Choice of one SC4 Spindle Specify when ordering
  • Alignment Bracket
  • Thermo Container with safety guard and insulating cap
  • 1 Removable Sample Chamber
  • 5 Disposable Sample Chambers Order additional chambers in quantities of 100, HT-2DB-100
  • 18” Lab Stand Rod
  • Extracting Tools
  • Temperature Controller with an RTD probe 



  • Hot Melts
  • Asphalt
  • Wax
  • Polymers



The difficulty with viscosity measurements of hot melts and liquids at elevated temperatures has been in maintaining accurate temperature control that is consistent from sample to sample so that meaningful data could be obtained. The Brookfield Thermosel solves this problem by providing a stable, precisely controlled sample environment. This, together with the inherent accuracy of the Brookfield Viscometers, is fundamental to the Thermosel System, which produces viscosity measurements that are not only accurate but entirely reproducible.


Several factors contribute to the stable environment:

Non-fluctuating temperature control Small sample volume and insulated sample chamber which reduces temperature gradients within the sample The rotating spindle, which acts as a built-in stirring device The test procedure is quite straightforward. Once familiar with the system, unskilled operators can easily produce accurate, reproducible data.

Thermosel Viscosity Ranges cP(mPa•s)
SPINDLE SC4-18 SC4-31 SC4-34 SC4-21          SC4-27*          SC4-28           SC4-29 HT-DIN-81**
SAMPLE VOLUME 8mL 10mL 9.5mL 8mL             10.5mL           11.5mL            13mL 7mL
SHEAR RATE (sec-1)†
1.32N .34N .28N .93N               .34N               .28N               .25N 1.29N
DV3TLV 1.2-30K 12-300K 24-600K Not applicable for historical reasons.  However, it is possible to use the above spindles with any of these instruments. Digital Viscometers/Rheometers will automatically calculate viscosity.
if you require information on viscosity range.
DV2TLV 1.5-30K 15-300K 30-600K 3.4-10K
LVDV-IP 3-10K 30-100K 60-200K 3.4-10K
LVDVE 3-10K 30-100K 60-200K N/A
LVT 5-10K 50-100K 100-200K 5.7-10K
DV3TRV Not applicable for historical reasons. However, it is possible to use the above spindles with any of these instruments. Digital Viscometers/Rheometers will automatically calculate viscosity.   20-500K 100-2.5M 200-5M 400-10M 14.6-10K
DV2TRV 25-500K 125-2.5M 250-5M 500-10M 36.5-10K
RVDV-IP 50-170K 250-830K 500-1.7M 1K-3.3M 36.5-10K
RVDVE 50-170K 250-830K 500-1.7M 1K-3.3M N/A
RVT 50-100K 250-500K 500-1M 1K-2M 36.5-10K
DV3THA 40-1M 200-5M 400-10M 800-20M 29.2-10K
DV2THA 50-1M 250-5M 500-10M 1K-20M 73.0-10K
HADV-IP 100-300K 500-1.7M 1K-3.3M 2K-6.7M 73.0-10K
HADVE 100-300K 500-1.7M 1K-3.3M 2K-6.7M N/A
HAT 100-200K 500-1M 1K-2M 2K-4M 73.0-10K
DV3THB 160-4M 800-20M 1.6K-40M 3.2K-80M 116.8-10K
DV2THB 200-4M 1K-20M 2K-40M 4K-80M 292.0-10K
HBDV-IP 400-1.3M 2K-6.7M 4K-13.3M 8K-26.7M 292.0-10K
HBDVE 400-1.3M 2K-6.7M 4K-13.3M 8K-26.7M N/A
HBT 400-800K 2K-4M 4K-8M 8K-16M 292.0-10K