PAC Herzog HVP 972 Vapor Pressure

Vapor Pressure

HVP 972

ASTM D323, ASTM D4953, ASTM D5191, ASTM D6378, EN 13016, IP 394, IP 481

Herzog's HVP 972 is the modern analytical instrument designed for accurate determination of vapor pressure of both automotive and aviation gasoline, turbine fuels, other light distillate petroleum products, hydrocarbon solvents and chemical compounds.

The Herzog HVP 972 provides quick, accurate results of vapor pressure up to 1,000 kPa (145 psi) within a temperature range of 0° to 100°C. Significantly increase productivity with perfect repeatability and reproducibility through the power of complete automation.

Simple, low-cost operation
Fast and fully automated measuring cycle
Standard or user-selected operation parameters
Detailed on-screen report and integral result database

Brochure

HVP 972 Brochure

Features

Simple, low-cost operation
Fast and fully automated measuring cycle
Standard or user-selected operation parameters
Detailed on-screen report and integral result database

Downloads

Brochure

HVP 972 Brochure

Freeze Point

The next generation Freeze Point Analyzer offers proven technology used by labs worldwide. The powerful internal cooling system can measure up to -100C (-148F) without the need of an external cooling

Small Scale

The Optiflash accurately detects flashpoint from -30°C up to 300°C for petroleum products, biodiesels, solvents, chemicals, paint varnishes, fluxed bitumen and food and beverages.

Intelligent Heater Tube

The Alcor Intelligent Heater Tube™ (IHT) ensures traceable, accurate, and secure jet fuel thermal oxidation testing.

Ring & Ball

The RB36 5G: Ring & Ball is designed for measuring product temperatures from 0°C to 220°C. The instrument enables simultaneous testing of two samples with independent monitoring.

Viscometer Bath

The TVB 445 is easy to operate and accommodates up to seven standard capillary tubes.

Herzog’s automated Ubbelohde viscometers offer stability, ease of use, repeatability, and high sample throughput. It simultaneously tests up to two samples using standard Ubbelohde-style capillary tub

VH1 & VH2

Houillon Viscometers

Using a “Houillon” capillary tube, ISL’s VH Series Viscometers automatically determine kinematic viscosity of lubricating oils, used oils, fuels, polymers, and similar materials over a wide viscosity