Metenova HS53511-03548 HS8 High-Shear Rotor Mixing Head with certificate in original box
Original price
$2,999.00
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Original price
$2,999.00
Original price
$2,999.00
$2,999.00
-
$2,999.00
Current price
$2,999.00
Metenova HS53511-03548 HS8 High-Shear Rotor Mixing Head with certificate in original box
MAKE- MeteNova
MODEL#- HS53511-03548
SN- 6434
The
Metenova HS53511-03548 HS8 High-Shear Rotor Mixing Head
is a key component of an aseptic magnetic rotor/stator mixing system designed for critical fine emulsions and dispersions in the biopharmaceutical industry. This specific part number may also be associated with the AL-6XN material option.
Key Features and Specifications
- Function: The mixing head uses a high-speed rotor in close proximity to a fixed stator, generating intense shear forces to disperse droplets, break down solids, and achieve an even particle size distribution.
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Aseptic Design: The system is magnetically coupled, eliminating the need for mechanical seals and ensuring a fully aseptic solution suitable for sterile batch production environments.
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Material of Construction: The product contact material is typically Stainless Steel AISI 316L (or the specific AL-6XN option as indicated by related part numbers like HS53511-E03548), with standard elastomers made of EPDM (USP Class VI and FDA compliant).
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Surface Finish: The surface roughness is Ra ≤ 0.38 µm (15 µin) and the component is electro polished using non-animal origin compounds, meeting high sanitary standards.
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Operating Conditions:
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Operating Temperature: 5°C to 150°C (41°F to 302°F).
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Operating Pressure: -1 to 7 barg (-14.7 to 103 psig).
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pH Range: 1 to 14.
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Performance: The HS8 system has a maximum speed of up to 3500 rpm (at 60 Hz) and can handle a maximum volume of approximately 1500 liters at 1 cP viscosity, with a shear rate capability of up to 32000 s⁻¹.
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Application: Ideal for applications that require fine emulsification, deagglomeration, difficult-to-dissolve solids, and general particle size reduction in pharmaceutical and bioprocessing industries.
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For more info, please check below link
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https://www.metenova.com/high-shear#:~:text=Optimized%20balance%20between%20mixing%20and,turnover%20time%20at%20maintenance%20stops.
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**DISCLOSURE**