Rembe GmbH products

The UKB® LS comprises a customisable housing, a reverse acting rupture disc and a three-section knife. This design provides the lowest possible burst pressures while at the same time offering good vacuum resistance even up to high vacuum conditions. The rupture disc and housing are micro-welded and all elements are made of metal. This ensures maximum leak-tightness. Leakage rates of up to 10-10 are possible. With a wide array of available connections, we supply the ideal pressure relief unit for every application – even for ultra-clean processes. Despite its individuality, a number of “standard” sizes have become established for UKB LS over the last few decades. These are for installation between industry standard flanges.

Like UKB LS, plug type rupture discs consist of more than just the rupture disc itself – the housing is also part of the product and can be adapted to an extremely wide range of connections and geometries. Above all, plug type rupture discs are used to protect applications with high pressures and connections with small nominal widths.

Industrial drying systems always harbor an increased risk of fires and explosions. The fire properties of the media change as a result of the removal of moisture. Especially in spray dryers, caking occurs due to the very high entry moisture in case of suboptimal process control. This Combined CO-Detection and humidity measurement. In addition to monitoring the CO concentration, the system also provides information about the moisture content of the process air so that your process can always be optimally controlled. GBPI-CO_PILOT-22105/0 | © REMBE® | alid from 009.06.2022 | Subject to technical changes without notice. caking can heat up in the course of operation up to the so-called Maillard reaction. This leads to an exothermal reaction between protein, carbohydrates and water.

The domed, single layer explosion vent is suitable for use in processes with medium vacuum or overpressure (up to 70 % of min. response pressure (pstat)) and slight pressure cycling. It is particularly suitable for vessels with pneumatic filling equipment and for filters and sieves with strong vibration. The standard bursting pressure is 0.1 bar at 22 °C (71.6 °F).

From spray dryers, elevators and chain conveyors to screens with light vibration, silos with mechanical filling and cyclones – the EGV is suitable for use in a wide range of applications in all sectors for both non-pressurised processes and processes with low vacuum or overpressure (up to 50 % of static burst pressure). The standard burst pressure is 0.1 bar at 22 °C (71.6 °F).

EGV HYP was specially developed for demanding hygienic applications in the food and pharmaceutical industries. It is frequently used in critical plants to protect spray dryers, filters or fluid bed dryers. This has been confirmed, among others, by the EHEDG Cleanability Test. Special feature: The patented, full surface, tapered sealing system fits flush with the interior of the explosion vent and prevents cross contamination. The explosion vent can also be pre-bent to round vessel shapes.

The rupture disc that started it all many decades ago. Even now, this forward acting rupture disc is still a good choice for simple applications with medium to high pressures, such as in pumps, in the petrochemical and chemical  industries or in hydraulics. The standard operating ratio is up to 70 %1 of the minimum response pressure. The burst pressure is determined by the tensile strength and thickness of the material. Also available with integrated vacuum support for total vacuum resistance.

By modifying the design of our existing rupture discs, we have made a crucial improvement: Unlike other high pressure rupture discs, the weld seam is not subjected to shear and bending forces – only to pressure. Anyone with a technical knowledge of this area understands that this makes a major difference. Geometrically separating the area under peak stress and the weld seam makes the rupture disc more durable and able to comply with the tightest burst tolerances – tolerances of +/- 3 % and better, depending on the specified burst pressure.

KUB is the most rugged rupture disc currently available. KUB is not only extremely easy to install – it is also simple to remove and reinstall. In addition to a standard operating pressure ratio of up to 98%*, the design is robust enough to cope with incorrect handling before and during installation. The IG holder also helps in this regard. The rupture disc and holder are designed to ensure that it is impossible to insert the rupture disc incorrectly. KUB does not use bite-type seals. Instead it uses a leak-tight, metal-on-metal seal, which  allows the rupture disc to be reinstalled after inspection.

KUB clean raises the bar in the field of sanitary rupture discs:KUB has a completely leak-tight and smooth designthat guarantees perfect hygiene standards in sanitary applications. Best feature: KUB clean is simple to install in existing tri-clamp flange systems. It complies with all hygienic design requirements and is suitable for CIP and SIP applications. The smooth surface of the sealing membrane, integrated ­gasket and direct installation into tri-clamp flange systems mean that this rupture disc has no score lines, indentations or notches on the process side, which can trap dirt or product residues during production or cleaning cycles. This makes KUB clean ideal for use in aseptic and sanitary applications.