Thanks to its handle, this cup is very easy to use to perform checks on site or during the manufacturing process. It is ideal for measuring the consistency of paints, varnishes and similar products.
The cup is first dipped into the product to be measured, then the contents empty through the orifice. The measured kinematic viscosity is generally expressed in seconds (s) flow time, which can be converted to Centistokes (cSt) if the Standard stipulates a conversion method.
Several ranges are available, according to the Standards being used; from 7 to 1100 cSt.
Thanks to its handle, this cup is very easy to use to perform checks on site or during the manufacturing process. It is ideal for measuring the consistency of paints, varnishes and similar products.
The cup is first dipped into the product to be measured, then the contents empty through the orifice. The measured kinematic viscosity is generally expressed in seconds (s) flow time, which can be converted to Centistokes (cSt) if the Standard stipulates a conversion method.
Thanks to its handle, this cup is very easy to use to perform checks on site or during the manufacturing process. It is ideal for measuring the consistency of paints, varnishes and similar products.
The cup is first dipped into the product to be measured, then the contents empty through the orifice. The measured kinematic viscosity is generally expressed in seconds (s) flow time, which can be converted to Centistokes (cSt) if the Standard stipulates a conversion method.
Thanks to its handle, this cup is very easy to use to perform checks on site or during the manufacturing process. It is ideal for measuring the consistency of paints, varnishes and similar products.
The cup is first dipped into the product to be measured, then the contents empty through the orifice. The measured kinematic viscosity is generally expressed in seconds (s) flow time, which can be converted to Centistokes (cSt) if the Standard stipulates a conversion method.
Thanks to its handle, this cup is very easy to use to perform checks on site or during the manufacturing process. It is ideal for measuring the consistency of paints, varnishes and similar products.
The cup is first dipped into the product to be measured, then the contents empty through the orifice. The measured kinematic viscosity is generally expressed in seconds (s) flow time, which can be converted to Centistokes (cSt) if the Standard stipulates a conversion method.
Thanks to its handle, this cup is very easy to use to perform checks on site or during the manufacturing process. It is ideal for measuring the consistency of paints, varnishes and similar products.
The cup is first dipped into the product to be measured, then the contents empty through the orifice. The measured kinematic viscosity is generally expressed in seconds (s) flow time, which can be converted to Centistokes (cSt) if the Standard stipulates a conversion method.
Thanks to its handle, this cup is very easy to use to perform checks on site or during the manufacturing process. It is ideal for measuring the consistency of paints, varnishes and similar products.
The cup is first dipped into the product to be measured, then the contents empty through the orifice. The measured kinematic viscosity is generally expressed in seconds (s) flow time, which can be converted to Centistokes (cSt) if the Standard stipulates a conversion method.
Thanks to its handle, this cup is very easy to use to perform checks on site or during the manufacturing process. It is ideal for measuring the consistency of paints, varnishes and similar products.
The cup is first dipped into the product to be measured, then the contents empty through the orifice. The measured kinematic viscosity is generally expressed in seconds (s) flow time, which can be converted to Centistokes (cSt) if the Standard stipulates a conversion method.
Thanks to its handle, this cup is very easy to use to perform checks on site or during the manufacturing process. It is ideal for measuring the consistency of paints, varnishes and similar products.
The cup is first dipped into the product to be measured, then the contents empty through the orifice. The measured kinematic viscosity is generally expressed in seconds (s) flow time, which can be converted to Centistokes (cSt) if the Standard stipulates a conversion method. Several ranges are available, according to the Standards being used; from 7 to 1100 cSt.
Thanks to its handle, this cup is very easy to use to perform checks on site or during the manufacturing process. It is ideal for measuring the consistency of paints, varnishes and similar products.
The cup is first dipped into the product to be measured, then the contents empty through the orifice. The measured kinematic viscosity is generally expressed in seconds (s) flow time, which can be converted to Centistokes (cSt) if the Standard stipulates a conversion method. Several ranges are available, according to the Standards being used; from 7 to 1100 cSt.
Thanks to its handle, this cup is very easy to use to perform checks on site or during the manufacturing process. It is ideal for measuring the consistency of paints, varnishes and similar products.
The cup is first dipped into the product to be measured, then the contents empty through the orifice. The measured kinematic viscosity is generally expressed in seconds (s) flow time, which can be converted to Centistokes (cSt) if the Standard stipulates a conversion method. Several ranges are available, according to the Standards being used; from 7 to 1100 cSt.
Thanks to its handle, this cup is very easy to use to perform checks on site or during the manufacturing process. It is ideal for measuring the consistency of paints, varnishes and similar products.
The cup is first dipped into the product to be measured, then the contents empty through the orifice. The measured kinematic viscosity is generally expressed in seconds (s) flow time, which can be converted to Centistokes (cSt) if the Standard stipulates a conversion method. Several ranges are available, according to the Standards being used; from 7 to 1100 cSt.
Thanks to its handle, this cup is very easy to use to perform checks on site or during the manufacturing process. It is ideal for measuring the consistency of paints, varnishes and similar products.
The cup is first dipped into the product to be measured, then the contents empty through the orifice. The measured kinematic viscosity is generally expressed in seconds (s) flow time, which can be converted to Centistokes (cSt) if the Standard stipulates a conversion method. Several ranges are available, according to the Standards being used; from 7 to 1100 cSt.
Thanks to its handle, this cup is very easy to use to perform checks on site or during the manufacturing process. It is ideal for measuring the consistency of paints, varnishes and similar products.
The cup is first dipped into the product to be measured, then the contents empty through the orifice. The measured kinematic viscosity is generally expressed in seconds (s) flow time, which can be converted to Centistokes (cSt) if the Standard stipulates a conversion method. Several ranges are available, according to the Standards being used; from 7 to 1100 cSt.
Thanks to its handle, this cup is very easy to use to perform checks on site or during the manufacturing process. It is ideal for measuring the consistency of paints, varnishes and similar products.
The cup is first dipped into the product to be measured, then the contents empty through the orifice. The measured kinematic viscosity is generally expressed in seconds (s) flow time, which can be converted to Centistokes (cSt) if the Standard stipulates a conversion method. Several ranges are available, according to the Standards being used; from 7 to 1100 cSt.
Thanks to its handle, this cup is very easy to use to perform checks on site or during the manufacturing process. It is ideal for measuring the consistency of paints, varnishes and similar products.
The cup is first dipped into the product to be measured, then the contents empty through the orifice. The measured kinematic viscosity is generally expressed in seconds (s) flow time, which can be converted to Centistokes (cSt) if the Standard stipulates a conversion method. Several ranges are available, according to the Standards being used; from 7 to 1100 cSt.
Thanks to its handle, this cup is very easy to use to perform checks on site or during the manufacturing process. It is ideal for measuring the consistency of paints, varnishes and similar products.
The cup is first dipped into the product to be measured, then the contents empty through the orifice. The measured kinematic viscosity is generally expressed in seconds (s) flow time, which can be converted to Centistokes (cSt) if the Standard stipulates a conversion method. Several ranges are available, according to the Standards being used; from 7 to 1100 cSt.
Thanks to its handle, this cup is very easy to use to perform checks on site or during the manufacturing process. It is ideal for measuring the consistency of paints, varnishes and similar products.
The cup is first dipped into the product to be measured, then the contents empty through the orifice. The measured kinematic viscosity is generally expressed in seconds (s) flow time, which can be converted to Centistokes (cSt) if the Standard stipulates a conversion method. Several ranges are available, according to the Standards being used; from 7 to 1100 cSt.
Thanks to its handle, this cup is very easy to use to perform checks on site or during the manufacturing process. It is ideal for measuring the consistency of paints, varnishes and similar products.
The cup is first dipped into the product to be measured, then the contents empty through the orifice. The measured kinematic viscosity is generally expressed in seconds (s) flow time, which can be converted to Centistokes (cSt) if the Standard stipulates a conversion method. Several ranges are available, according to the Standards being used; from 7 to 1100 cSt.
Thanks to its handle, this cup is very easy to use to perform checks on site or during the manufacturing process. It is ideal for measuring the consistency of paints, varnishes and similar products.
The cup is first dipped into the product to be measured, then the contents empty through the orifice. The measured kinematic viscosity is generally expressed in seconds (s) flow time, which can be converted to Centistokes (cSt) if the Standard stipulates a conversion method. Several ranges are available, according to the Standards being used; from 7 to 1100 cSt.
Thanks to its handle, this cup is very easy to use to perform checks on site or during the manufacturing process. It is ideal for measuring the consistency of paints, varnishes and similar products.
The cup is first dipped into the product to be measured, then the contents empty through the orifice. The measured kinematic viscosity is generally expressed in seconds (s) flow time, which can be converted to Centistokes (cSt) if the Standard stipulates a conversion method. Several ranges are available, according to the Standards being used; from 7 to 1100 cSt.
Thanks to its handle, this cup is very easy to use to perform checks on site or during the manufacturing process. It is ideal for measuring the consistency of paints, varnishes and similar products.
The cup is first dipped into the product to be measured, then the contents empty through the orifice. The measured kinematic viscosity is generally expressed in seconds (s) flow time, which can be converted to Centistokes (cSt) if the Standard stipulates a conversion method. Several ranges are available, according to the Standards being used; from 7 to 1100 cSt.
The Elcometer 212 is a digital, pocket sized thermometer ideal for day to day use.
Incorporating a fast response stainless steel liquid probe, the Elcometer 212 Digital Pocket Thermometer provides temperature readings in under four seconds.
Housed in a water resistant case with integrated rubber seals and a moulded flush window, preventing dirt and leaks damaging the LCD display, the Elcometer 212 pocket thermometer is ideal for use in the harshest of environments.
The probe conveniently folds back into the side of the instrument, preventing damage when not in use.
The Elcometer 212 is a digital, pocket sized thermometer ideal for day to day use.
Incorporating a fast response stainless steel surface probe, the Elcometer 212 Digital Pocket Thermometer provides temperature readings in under four seconds.
Housed in a water resistant case with integrated rubber seals and a moulded flush window, preventing dirt and leaks damaging the LCD display, the Elcometer 212 pocket thermometer is ideal for use in the harshest of environments.
The probe conveniently folds back into the side of the instrument, preventing damage when not in use.
The Elcometer 213/2 Digital Waterproof Thermometer offers the latest microprocessor technology, superior durability and is designed for reliability and ease of use.
Features of the Elcometer 213/2 Digital Waterproof Thermometer include: