Sartopore® 2 XLG | T-Style Maxicaps® | 0.2µm | 30"
- Effective Filtration Area: 2.4 m² | 25.8 ft²
- Pore Size: 0.8 µm prefilter | 0.2 µm final filter
- Membrane Material: Polyethersulfone
- Connectors: Inlet: Sanitary 1 ½“| Outlet: Sanitary 1 ½“
- Sterilization: Hybrid: Gamma-irradiatable | Autoclavable
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Connector explanation:
O = Hose Barb ½“ | S = Sanitary 1 ½“
Size explanation:
10” = 0.8 m² | 20” = 1.6 m² | 30” = 2.4 m²
- Price (USD):
- $2,910.00
- Item No.:
- 5448307G3G-SS
- Piece
- 1
*Custom/bulk order quotes are provided within 72 hours of request.
Choose your Sartopore® 2
Sartopore® 2 XLG is a high-performance membrane filter, offering more than just reliable sterilizing-grade filtration in biopharmaceutical processes. Its highly asymmetric membrane structure and composition of 0.8µm prefilter in front of the sterilizing-grade filter (0.2 µm pore size), boosts the filtration efficiency in downstream processing of protein-based therapies or innovative drug delivery systems like lipid nanoparticles (LNPs). Thanks to the outstanding total throughput, Sartopore® 2 XLG is also a choice for filtration after the cell harvest.
Main Applications
Focus applications include:
- Cell culture media preparation
- Post cell harvest filtration
- Protein-based therapies (Downstream intermediates, form & fill)
- Lipid nanoparticles (Downstream intermediates, form & fill)
Your Benefits
- Increased total throughput leads to less filter consumption, less process interruptions and reduced costs
- Increased effective filtration enables the use of smaller filters to reduce footprint and waste
- Proven and robust membrane chemistry known from the widely established Sartopore® 2 family lowers validation effort in case of process optimization
- Broad range of formats and sizes assures scalability and enables use of Sartopore® 2 XLG along the whole drug product lifecycle: from development to commercial processes
- Offers secure bacterial retention according to ASTM guidelines
The XL family
The XL in its name indicates an increased effective filtration area (EFA). By using a different pleating technology, the EFAs of Sartopore ® 2 XLG filters are - depending on filter format - 30-40% higher than for the conventional Sartopore® 2 filters. This leads to higher total throughput per filter element and less filter consumption or enables the use of a smaller filter element for a process to reduce the footprint and waste.
Membrane
Sartopore® 2 XLG uses a heterogeneous double membrane made of polyethersulfone
Compatibility
Sartopore® 2 XLG T-Style filters have been developed for sterilization using either gamma irradiation < in 50 kGy irradiation doses or autoclaving at 134°C | 2bar. The Sartopore® 2 polyethersulfone membrane has a high chemical compatibility between pH 1 to 14, making Sartopore® 2 XLG T-Style filters ideally suited for the filtration of high and low pH solutions in pharmaceutical | Biotech Industry
Cost savings:
The use of disposable filter elements eliminates the need to invest in stainless steel filter housings. Additional costs for housing cleaning and cleaning validation are eliminated.
Flexibility
Sartopore® 2 XLG filters are available in a wide range of filtration areas from 4.5 cm² up to 2.4 m² and with a variety of commonly used connections to ensure easy integration into your process regardless of batch size.
Scale Up:
Consistent and predictable scale-up and scale-down procedures can be performed safely because all Sartopore® filter elements are manufactured with the same membrane type and construction materials.
Quality:
Every single element is tested for integrity to meet the highest quality requirements.
Microbial Retention
Sartopore® 2 XLG filter cartridges are validated as sterile filter cartridges according to HIMA and ASTM F-838-05 guidelines.
Documentation:
Sartopore® 2 XLG filters have been designed, developed and produced in accordance with the ISO 9001 certified quality management system. A validation manual is available in accordance with regulatory requirements.
Applications
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ApplicationHigh capacity platform for conventional sterile filtration
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IndustryPharma / Biotech
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Modality
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Media Filtration
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Buffer & Auxiliaries Filtration
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Downstream Intermediates
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Filtration after Virus Inactivation
- Form & Fill
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Media Filtration
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ScaleProduction | Large Scale
Biological Information
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Bacterial RetentionQuantitative Retention of 1 × E7 CFU/cm² Brevundimonas Diminuta ATCC® 19146 per ASTM methodology
Compliance Information
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Bacterial Endotoxins< 0.25 EU/mL as determined by the LAL test
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Biological ReactivityAll materials of this filter element meet the requirements of the current USP Biological Reactivity tests <88> for plastics Class VI (Systemic Injection, Intracutaneous and Implantation tests).
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ExtractablesThe total amount of extractables is well below the limits established by the current USP unter "Sterile Water for Injection".
Connections (Physical)
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Connector Inlet1.5" Tri-clamp 50 mm
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Connector Outlet1.5" Tri-clamp 50 mm
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Connector(s)Inlet: 1 ½" Sanitary | Outlet: 1 ½" Sanitary
Dimensions
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Filter Size30"(2.4 m² / 25.8 ft²)
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Outer Diameter164 mm (110.4 mm without Connection / Valves)
General Specifications
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Capsule/Cartridge FormatT-Style Maxicaps®
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Maximum Allowable Back Pressure
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2 bar (29 psi) at 20°C
- 1.5 bar (21.8 psi) at 50°C
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2 bar (29 psi) at 20°C
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Minimum Required Bubble Point3.2 bar | 46 psi
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Vent ValveStandard
Materials of Construction
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Housing MaterialPolypropylene (PP)
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Material o-ring | sealSilicone (SI)
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Membrane MaterialPolyethersulfone (PES)
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Support FleecePolyester (PET)
Operating Conditions
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Maximum Differential Pressure20 °C: 5 bar, 50 °C: 3 bar
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Maximum Operating Pressure5 bar (72.5 psi)
Physicochemical Information
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Non-Fiber ReleasingThis filter product complies with the title 21 of the Code of Federal Regulations (CFR), section 210.3(b)(6) and 211.72.
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Pore Size Final-filter0.2 µm
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Pore Size Pre-filter0.8 µm
Product Information
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BrandSartopore® 2 XLG
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Pack Size1
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TypeT-Style (Autoclavable | γ-irradiatable)
Sterility/Purity
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Delivery ConditionNon-Sterile
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Sterilization MethodAutoclavable & Gamma Irradiatable
Usage Protocols
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Sterilization Procedures
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Autoclaving: at 134°C, 30 min, 2 bar, min. 5 Cycles
- Gamma Irradiation: with 50 kGy, 1 Cycle
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Autoclaving: at 134°C, 30 min, 2 bar, min. 5 Cycles