Manufacturer of Petroleum Test Equipment since 1873

Product Overview 

High-tech test equipment for the petrochemical industry

Here you will find selected products from our broad range of sophisticated test equipment.

Please use the search function in the context menue to the left to start your detailed search for specific items.


 Bitumen

Aging - Loss-On-Heat Method - LOH 4 (semi-automatic)

ASTM D 6, EN 13303, IP 45 (obs.), IP 506, JIS K2207, NF T66-011 (obs.), AASHTO T47 (obs.)

Aging - Pressure Aging Vessel - PAV (automatic)

ASTM D 6521, ASTM PS 36 (obs.), EN 14769, AASHTO M320, AASHTO MP1 (obs.), AASHTO PP1 (obs.), AASHTO R28, SHRP 1001, Superpave®

Aging - Rolling Thin Film Oven Test Method - RTFOT (semi-automatic)

ASTM D 2872, EN 12607-1, JIS K2207, AASHTO T240 (obs.), Superpave®

Aging - Rolling Thin Film Oven Test Method - RTFOT (semi-automatic)

ASTM D 2872, EN 12607-1, IP 460-1, JIS K2207, NF T66-032 (obs.), AASHTO T240 (obs.), Superpave®

Aging - Rotating Flask Method - RFT (semi-automatic)

DIN 52016 (obs.), EN 12607-3, IP 460-3, NF T66-048 (obs.)

Aging - Thin-Film-Oven Method - TFOT (semi-automatic)

ASTM D 1754, EN 12607-2, IP 460-2, JIS K2207, NF T66-047 (obs.)

Apparent Viscosity - Efflux-Viscometer Method (manual)

EN 12846

Breaking-Point - Fraass Method - BPA 5 Set (automatic)

EN 12593, IP 80, JIS K2207, NF T66-026 (obs.)

The BPA 5 will determine the fatigue behavior of bitumen materials against temperature by force measurements under periodical
bends according to the FRAASS method. But also allows to adapt
the test procedure to particular conditions (e.g. research of
glass-transition-temperatures) or to perform a permanent bending program.

Breaking-Point - Fraass Method - BPA 5 Single Unit (automatic)

EN 12593, IP 80, JIS K2207, NF T66-026 (obs.)

The BPA 5 will determine the fatigue behavior of bitumen materials against temperature by force measurements under periodical bends according to the FRAASS method. But also allows to adapt the test procedure to particular conditions (e.g. research of glass-transition-temperatures) or to perform a permanent bending program.

Breaking-Point - Fraass Method (manual)

EN 12593, IP 80, JIS K2207, NF T66-026 (obs.)

Density, Relative Density or Specific Gravity, API Gravity -
Bath for Density at +150 °C

ASTM D 70, ASTM D 71, ASTM D 287, ASTM D 1298, ASTM D 1481, ASTM D 2111, ASTM E 100, ISO 3675, ISO 3838, DIN 1995 (obs.), DIN 51757, DIN 52004, IP 160, IP 189, IP 190, JIS K2207, JIS K2249, JIS K2265, BS 4699 (obs.), BS 4714 (obs.)

Density, Relative Density or Specific Gravity, API Gravity -
Bath for Density at +60 °C

ASTM D 70, ASTM D 71, ASTM D 287, ASTM D 1298, ASTM D 1481, ASTM D 2111, ASTM E 100, ISO 3675, ISO 3838, DIN 1995 (obs.), DIN 51757, DIN 52004, IP 160, IP 189, IP 190, JIS K2207, JIS K2249, JIS K2265, BS 4699 (obs.), BS 4714 (obs.)

Distillation Analysis of Cut-Back Bitumen - ASTM Type

ASTM D 402, EN 13358, IP 27, NF T66-003 (obs.), AASHTO T79 (obs.), BS 4453 (obs.)

Distillation Analysis of Cut-Back Bitumen - DIN Type

DIN 52024

Distillation Analysis of Road-Tar / Bitumen - ASTM Type

ASTM D 20, ASTM D 246 (obs.)

Distillation Analysis of Road-Tar / Bitumen - DIN Type

DIN 52027

Distillation of Pitch

ASTM D 2569

Dropping Point - Ubbelohde Method

DIN 51801-2 (obs.)

Dynamic Viscosity - Vacuum Viscometer - CMVV & AIVV

ASTM D 2171, EN 12596, IP 222

Flash- and Fire-Point with Open Cup - Cleveland Method -
CLA 4 (automatic)

ASTM D 92, ISO 2592, DIN 51376 (obs.), EN 22592 (obs.), FTM 791-1103, IP 36, JIS K2265, NF T60-118 (obs.), AASHTO T48 (obs.), BS 4689 (obs.), Superpave®

Flash- and Fire-Point with Open Cup - Cleveland Method -
CL 5 (semi-automatic)

ASTM D 92, ISO 2592, DIN 51376 (obs.), EN 22592 (obs.), FTM 791-1103, IP 36, JIS K2265, NF T60-118 (obs.), AASHTO T48 (obs.), BS 4689 (obs.), Superpave®

Flash- and Fire-Point with Open Cup - Cleveland Method (manual)

ASTM D 92, ISO 2592, DIN 51376 (obs.), EN 22592 (obs.), FTM 791-1103, IP 36, JIS K2265, NF T60-118 (obs.), AASHTO T48 (obs.), BS 4689 (obs.), Superpave®

Flash-Point with Closed Cup - Pensky-Martens Method -
PM 4 (semi-automatic)

ASTM D 93-A, ASTM D 93-B, ASTM D 6751, ISO 2719-A, ISO 2719-B, ISO 15267, DIN 51758 (obs.), EN 22719 (obs.), FTM 141-4293, FTM 791-1102, IP 34-A, IP 34-B, JIS K2265, NF M07-019 (obs.), AASHTO T73 , AASHTO T172 , BS 684-1.17, BS 2839 (obs.)

Flash-Point with Closed Cup - Pensky-Martens Method -
PMA 4 with Sample Changer (automatic)

ASTM D 93-A, ASTM D 93-B, ASTM D 6751, ISO 2719-A, ISO 2719-B, ISO 15267, DIN 51758 (obs.), EN 22719 (obs.), FTM 141-4293, FTM 791-1102, IP 34-A, IP 34-B, JIS K2265, NF M07-019 (obs.), AASHTO T73 , AASHTO T172 , BS 684-1.17, BS 2839 (obs.)

Flash-Point with Closed Cup/Open Cup - Pensky-Martens Method - PM (manual)

ASTM D 93-A, ASTM D 6751, ISO 2719-A, ISO 15267, DIN 51758 (obs.), EN 22719 (obs.), FTM 141-4293, FTM 791-1102, IP 34-A, IP 35, JIS K2265, NF M07-019 (obs.), AASHTO T73 , AASHTO T172 , BS 684-1.17, BS 2839 (obs.)

Flash-Point with Open Cup - TAG Method (semi-automatic)
ASTM D 1310

ASTM D 1310, ASTM D 3143, AASHTO T79 (obs.)

Paraffin Wax Content - Distillation Method

EN 12606-1, IP 459-1

Penetration - Bitumen Method - PNR 12 (automatic)

ASTM D 5, DIN 52010 (obs.), EN 1426, EN 13179-2, EN 13880-2, JIS K2207, AASHTO T49

The Penetrometer PNR 12 is a digitally indicating instrument
on microprocessor base used to to determine the plasticity of
a wide range of materials, as well as for the ...

Penetration of Petroleum Products - Penetrometer (manual)

ASTM D 5, ASTM D 217, ASTM D 1321, ASTM D 1403, ASTM D 5329, ASTM D 7342, ISO 2137, DIN 51579, EN 13880-2, IP 49 (obs.), IP 50, IP 179, IP 310, IP 376, JIS K2207, AASHTO T49, DAB 10-V.5.8.1, SHELL SMS 658

Pycnometer

ASTM D 70, ASTM D 1481, ISO 3838, DIN 1995 (obs.), DIN 52004, EN 15326, IP 189, IP 190, JIS K2249, BS 4699 (obs.), DIS 3658 (obs.)

Softening Point - Wilhelmi Method (manual)

DIN 1996-15, EN 1871-F

Softening-Point - Kraemer-Sarnow Method (manual)

DIN 1995 (obs.), DIN 52025

Softening-Point - Ring & Ball Method - RKA5 (automatic)

ASTM D 36, ASTM E 28, ISO 4625-1, DIN 1996-15, EN 1427, EN 1871-F, EN 13179-1, IP 58, JIS K2207, NF T66-008 (obs.), AASHTO T53

A new instrument with the innovative operation platform Pmove™
to determine the temperature at which a substance attains a particular degree of softness.
Optional available with electromagnetic ball dispenser and automatic ball application....

Softening-Point - Ring & Ball Method (manual)

ASTM D 36, ASTM E 28, ISO 4625-1, EN 1427, EN 13179-1, IP 58, JIS K2207, NF T66-008 (obs.), AASHTO T53, BS 6782-6

Stiffness - Bending Beam Rheometer - BBR (automatic)

ASTM D 6648, ASTM P 245, EN 14771, NF T66-062 (obs.), AASHTO T313, AASHTO TP1 (obs.), SHRP 1002, SHRP B-002, Superpave®

Tensile Properties - Ductilometer Method - DD3 (semi-automatic)

ASTM D 113, ASTM D 5892 (obs.), ASTM D 6084, ASTM P 226 (obs.), DIN 52013, EN 13398, IP 32 (obs.), IP 516, JIS K2207, NF T66-006 (obs.), AASHTO T51

Tensile Properties - Force-Ductilometer Method - DDA3 (automatic)

ASTM D 113, ASTM D 5892 (obs.), ASTM D 6084, ASTM P 226 (obs.), DIN 52013, EN 13398, EN 13589, EN 13703, IP 32 (obs.), IP 515, IP 516, IP 520, JIS K2207, NF T66-006 (obs.), AASHTO T51, AASHTO T300

With the ductility machines of the DDA 3 series the Ductility or Elongation, the Force-Ductility, the Elastic Recovery and the Deformation Energy procedures can be performed automatically. They perform 3 tests simultaneously.

Viscosity - Rotational Viscometer Method - RV (automatic)

ASTM D 4402, EN 13302, AASHTO T316, AASHTO TP48 (obs.), SHRP 1006, Superpave®

Viscosity - Dynamic Shear Rheometer Method - DSR II (automatic)

ASTM P 246, EN 12591, NF T65-001 (obs.), AASHTO T315, AASHTO TP5 (obs.), SHRP 1007, SHRP B-003, Superpave®

Water Content in Bitumen - Distillation Method

DIN 1996-5

Water Content in Petroleum & Bitumen Product - Dean & Stark Method

ASTM D 95, DIN 1995 (obs.), DIN 52048 (obs.), EN 1428, IP 74, JIS K2275, AASHTO T55, BS 4385 (obs.)

Aging - Rotating Flask Method - RFT  > Replaced by 10-2110

DIN 52016 (obs.), EN 12607-3, IP 460-3, NF T66-048 (obs.)

Flash- & Fire-Point with Open Cup Cleveland - CL 1 > Replaced by 12-2730

ASTM D 92, ISO 2592, DIN 51376 (obs.), EN 22592 (obs.), FTM 791-1103, IP 36, JIS K2265, NF T60-118 (obs.), AASHTO T48 (obs.), BS 4689 (obs.), Superpave®

Flash-Point Pensky-Martens - PMA 4 Sample Changer  > Replaced by 12-2770

ASTM D 93-A, ASTM D 93-B, ASTM D 6751, ISO 2719-A, ISO 2719-B, ISO 15267, DIN 51758 (obs.), FTM 141-4293, FTM 791-1102, IP 34-A, IP 34-B, JIS K2265, NF M07-019 (obs.), AASHTO T73 , AASHTO T172 , BS 684-1.17, BS 2839 (obs.)

Penetration - Bitumen Methods - PNR 10 (automatic)  > Replaced by 18-1120

ASTM D 5, ASTM D 5329, DIN 52010 (obs.), EN 1426, EN 13179-2, EN 13880-2, IP 49 (obs.), JIS K2207, AASHTO T49, BS 2499-3

The Penetrometer PNR 10 is a digitally indicating instrument on microprocessor base used to to determine the plasticity of a wide range of materials, as well as for the ...

Softening-Point - Ring & Ball Method - RKA2  > Replaced by 10-0800

ASTM D 36, ASTM E 28, ISO 4625-1, DIN 1996-15, EN 1427, EN 13179-1, IP 58, JIS K2207, NF T66-008 (obs.), AASHTO T53, BS 6782-6