HITEC Testing Technologies DABS OIL ABSORPTION BASIC SYSTEM Oil absorption data system compliant to ASTM D2414 OAN and D3493 COAN for carbon black, ASTM D6854 for silica, as well as ISO 4656 DABS is an oil absorption system to characterize the structure of carbon black and silica, as well as oil absorption of other powder material, also known as DPB absorption, DBP number or DOP number. The data treatment for recording of a full mixing curve was initially developed by HITEC Luxembourg and is since then constantly further extended to satisfy increasing performance requirements. The actual version, released in 2021, is the result of more than 20 years of experience in testing carbon black structure. Key features • State-of-the-art design • Improved Safety and ergonomics • Panel mounted 7” LCD screen • Anodized aluminium frame and fully dust proof stainless steel electronic cabinet • Compact table model – small footprint • AC mains supply only – wide range mains 100 to 240 VAC • New Software application Java based • Customizable test parameters Customer satisfaction promise We offer worldwide installation and training services by our experienced engineers and technicians. Contact our sales & service team for more information: [email protected] Visit our online catalog for more information: shop.hitec.lu/product/dabs/ HITEC Luxembourg S.A. 49, rue du Baerendall ǀ L-8212 Mamer T +352 49 84 78 -1 ǀ F +352 40 13 03 [email protected] ǀ www

Measuring capabilities Carbon black OAN and COAN Silica oil absorption Oil absorption of multiple other powder material Full recording of mixing torque vs. oil debit Applies normalization to raw data, based on reference material and its target values (e.g. carbon black SRBs) Torque up to 15 Nm (option for 20 Nm) Variable motor speed Variable burette rate Torque calibration Burette debit control ASTM procedures (e.g. chamber pre-polish) Measuring modes • • ASTM D2414: Standard Test Method for Carbon Black Oil Absorption Number (OAN) ASTM D3493: Standard Test Method for Carbon Black Compressed...