AESSEAL DSWIB (MIXMASTER-II)
SubCategory: MixerSeals
Manufacturer: AesSeal
Industry:
Let us help you find the right product from this series
Product features
- Integral bearing in the mixer-seal arrangement → Helps control shaft position in long overhung mixer configurations
- Hydraulically balanced seal faces → Reduces seal-face loading and supports stable operation across process changes
- Factory-assembled cartridge construction → Reduces the need to set spring compression during installation and helps protect seal faces during fitting
- ATEX Category 2 (Zone 1/21) and Category 3 (Zone 2/22) versions are specified by AESSEAL → Supports selection for classified areas when the complete application is verified
- Non-shaft-fretting design → Helps limit shaft or sleeve damage and can reduce overhaul work
- Series-specific selection against equipment data → Helps avoid specifying a seal that does not match shaft, housing or process conditions
- Verified material and operating-data check → Keeps compatibility decisions tied to documented AESSEAL information rather than assumptions
AESSEAL DSWIB (MIXMASTER-II) is specified for mixers, agitators and reactors where shaft movement and top-entry arrangements can make sealing demanding. It is intended for engineers and maintenance teams selecting a sealing solution around the actual equipment and process duty, where leakage control, service access and unplanned downtime need to be considered together. AESSEAL uses cartridge construction to supply the sealing assembly as a pre-set unit; the manufacturer states that this reduces installation-setting work and protects the seal faces during fitting. Verified series-specific points include Integral bearing in the mixer-seal arrangement; Hydraulically balanced seal faces; Factory-assembled cartridge construction; ATEX Category 2 (Zone 1/21) and Category 3 (Zone 2/22) versions are specified by AESSEAL. For model selection, verify shaft and housing dimensions, pressure, temperature, speed, process medium, solids content where relevant, material compatibility and the required support-system arrangement. Only values explicitly stated for the selected AESSEAL configuration should be used as design limits. Before replacement or retrofit, identify the installed seal or support-system code and record the mating equipment data rather than assuming family-wide interchangeability. This gives maintenance and procurement teams a traceable basis for comparing the selected AESSEAL variant with the installed configuration and planning the intervention. Correct selection and a serviceable arrangement can reduce avoidable installation work and help maintenance teams plan spares and interventions more predictably. AxFlow can support product selection, application review and service/spare-parts planning; contact AxFlow to confirm the exact configuration and availability.
