Skip to main content

Ansell S-BCAS BioClean-C Sterile Apron With Sleeves For Adults Class 10 (ISO 4)

$604.00
SKU: S-BCAS 7 - 10 Business Days
(No reviews yet)
Availability:
7 - 10 Business Days
Shipping:
Calculated at Checkout

Important Availability Notice: Ansell and Kimberly-Clark items, including stock items and those with 7–10 day lead times, may be delayed up to 30 days. Please contact us to confirm availability. Normal shipping is expected to resume by 1st Nov 2026

Ansell BioClean-C S-BCAS Sterile Apron with Sleeves - Class 10 / ISO 4 - Chemotherapy Protective Apparel - 40 Aprons/Case

Ansell BioClean-C™ S-BCAS is a sterile, lightweight protective apron with sleeves designed for critical cleanroom environments and selected cytotoxic drug-handling applications. Manufactured from blue CleanTough™ polyethylene and nonwoven polypropylene laminate, this low-linting garment provides additional front-body and arm coverage when worn over appropriate cleanroom apparel.

The S-BCAS apron features ultrasonically bonded sleeve seams with protective tape, elasticated polyester cuffs, adjustable neck fastening, and rear tie tapes for secure positioning. Its construction supports controlled gowning and helps reduce unwanted garment movement during sterile manufacturing, laboratory handling, and chemotherapy-related operations.

Designed for Class 10 / ISO Class 4 and EU GMP Grade A environments, S-BCAS is gamma sterilized at a minimum dose of 25 kGy with a Sterility Assurance Level (SAL) of 10-6. Ansell has tested the garment material against selected chemotherapy drugs under ASTM F739-12. Each apron is individually double bagged and supplied in cases of 40, with sizes Small through Extra Large available.

Sterile Protective Apparel Advantage: BioClean-C S-BCAS combines sterile, low-linting CleanTough™ material with ultrasonically bonded, taped sleeve seams and adjustable fastening for controlled partial-body protection. Its documented ASTM F739-12 chemotherapy permeation results make it suitable for evaluation as an additional protective garment over appropriate cleanroom coveralls during qualified cytotoxic drug-handling tasks.

Specifications:
  • Manufacturer: Ansell
  • Brand: BioClean-C™
  • Manufacturer Product Code: S-BCAS
  • Product Type: Sterile Protective Apron with Sleeves
  • Protection Format: Partial-body protective garment
  • Material: CleanTough™ polyethylene / nonwoven polypropylene laminate
  • Color: Blue
  • Material Characteristics: Lightweight, low-linting, chemical-resistant laminate
  • Cleanroom Classification: Class 10 / ISO Class 4
  • EU GMP Application: Grade A, subject to facility qualification
  • Sterility: Sterile
  • Sterilization Method: Gamma irradiation
  • Minimum Sterilization Dose: 25 kGy
  • Sterility Assurance Level: 10-6
  • Particle Shedding: Less than 1,700 counts/min for particles ≥0.5 µm
  • Particle Test Method: Helmke Drum Test
  • Sleeve Construction: Ultrasonically bonded seams with protective tape
  • Cuff Material: 100% polyester
  • Cuff Style: Elasticated
  • Neck Closure: Adjustable fastening
  • Waist / Rear Closure: Rear tie tapes
  • Chemotherapy Permeation Testing: ASTM F739-12
  • Permeation Breakthrough Threshold: 0.1 µg/cm²/min under the reported laboratory method
  • European PPE Category: Category III
  • Garment Protection Scope: Partial-body protection only
  • Relevant Protective Clothing Standards: EN 14605:2005 + A1:2009 and EN 13034:2005 + A1:2009, within the manufacturer's stated certification scope
  • Additional Testing: Material resistance, liquid repellence and penetration, seam strength, and mechanical performance
  • Manufacturing Quality System: ISO 9001 and applicable PPE production quality requirements
  • Available Sizes: S, M, L, XL
  • Packaging: Individually double bagged
  • Inner Packaging: 1 apron per sealed polyethylene inner bag
  • Outer Packaging: 1 sealed inner bag per sealed polyethylene outer bag
  • Case Quantity: 40 individual aprons
  • Published Shelf Life: 3 years
  • Storage: Dry conditions in original packaging, away from sunlight and ozone sources
  • Use: Single-use protective garment
  • Ordering Configuration: Case of 40 aprons; select the required size
About the Manufacturer:

Ansell develops protective gloves and garments for pharmaceutical manufacturing, biotechnology, healthcare, laboratory research, medical devices, and other controlled environments. Its BioClean™ product portfolio includes sterile cleanroom apparel, gloves, and specialized garments for contamination control and occupational protection.

BioClean-C™ garments are engineered for applications where low-linting material performance, controlled sterile presentation, and protection from selected chemical hazards are important. The S-BCAS apron incorporates CleanTough™ laminate, reinforced sleeve seams, and adjustable closures to support critical-environment work practices.

SOSCleanroom supports customers with Ansell sterile apparel selection, protective garment sizing, manufacturer documentation, packaging information, and procurement assistance for contamination-sensitive operations.

BioClean-C S-BCAS Features:
  • Sterile protective apron with integrated sleeves
  • Class 10 / ISO Class 4 cleanroom compatibility
  • EU GMP Grade A application suitability
  • Gamma sterilized to SAL 10-6
  • Minimum 25 kGy sterilization dose
  • Blue CleanTough™ polyethylene / nonwoven polypropylene laminate
  • Lightweight, low-linting material construction
  • Published Helmke Drum particle-shedding performance
  • Ultrasonically bonded sleeve seams
  • Protective tape over sleeve seams
  • Elasticated 100% polyester cuffs
  • Adjustable neck fastening
  • Rear tie tapes for fit adjustment
  • ASTM F739-12 chemotherapy-drug permeation testing
  • Manufacturer-documented mechanical and liquid-repellence testing
  • Category III partial-body protective clothing classification
  • Individually sealed inner and outer polyethylene bags
  • Four manufacturer sizes
  • Three-year published shelf life
  • 40 sterile aprons per case
BioClean-C S-BCAS Benefits:
  • Additional Front-Body Protection: Provides an added protective layer over appropriate cleanroom garments in the areas covered by the apron.
  • Extended Arm Coverage: Integrated sleeves protect covered arm areas during compatible handling and splash-risk operations.
  • Documented Chemical Performance: ASTM F739-12 results support selection against specified chemotherapy drugs under defined test conditions.
  • Reinforced Sleeve Construction: Ultrasonically bonded and taped seams enhance structural integrity and help address potential seam exposure pathways.
  • Low Particle Contribution: CleanTough™ material and documented particle testing support critical-environment contamination-control programs.
  • Sterile Presentation: Gamma sterilization and double-bagged packaging support approved sterile material-transfer procedures.
  • Adjustable Fit: Neck fastening and rear ties help users position the apron securely over the required underlying garments.
  • Glove Interface Control: Elasticated cuffs support proper positioning beneath or in conjunction with facility-approved glove configurations.
  • Lightweight Construction: Helps reduce unnecessary garment bulk during repeated handling and precision work.
  • Controlled Dispensing: Individually packaged units simplify issue of protective apparel when required.
  • Traceable Supply: Manufacturer product and packaging identification support receiving, qualification, and inventory controls.
Common Applications:
  • Cytotoxic drug preparation and handling where the apron meets the facility hazard assessment
  • Additional splash protection during approved chemotherapy-related operations
  • Critical pharmaceutical manufacturing
  • ISO Class 4 cleanroom operations
  • EU GMP Grade A controlled activities
  • Sterile laboratory and biotechnology manufacturing support
  • Additional protective coverage during selected equipment-cleaning operations
  • Pharmaceutical process material handling
  • Activities requiring low-linting sterile outer protective apparel
  • Controlled procedures involving compatible hazardous liquid exposure
  • Protective layering over approved cleanroom coveralls
  • Operations where arm and front-body coverage require additional control
Best-Practice Use:
  • Complete the PPE Assessment: Confirm that a partial-body apron provides appropriate additional protection for the substances and tasks involved.
  • Select the Correct Size: Use the manufacturer's height and chest measurements to establish appropriate garment fit.
  • Inspect Packaging: Check the inner and outer polyethylene bags for tears, openings, moisture damage, or compromised seals.
  • Verify Expiration: Confirm that the apron is within its labeled shelf life before entering the controlled area.
  • Follow Sterile Transfer: Remove package layers at the designated facility transfer stages.
  • Don Base Apparel First: Wear the required cleanroom coverall, hood, mask, footwear, and gloves according to the applicable gowning sequence.
  • Maintain Aseptic Presentation: Avoid contacting the apron exterior with unqualified surfaces during opening and donning.
  • Position the Neck Fastening: Adjust the closure for comfortable, stable coverage without excessive tension.
  • Secure Rear Ties: Fasten the tie tapes without contaminating the apron front or leaving loose material where it may interfere with work.
  • Control Sleeve Position: Fully extend the sleeves and establish the glove interface required by the approved procedure.
  • Inspect Seams and Closures: Check that protective seam tape remains intact and the garment has no visible tears.
  • Avoid Excessive Stretching: Prevent high tension on seams, cuffs, neck fastening, or rear ties.
  • Replace When Compromised: Remove the apron if damaged, contaminated beyond the procedure's limits, or after an exposure event requiring a garment change.
  • Use Controlled Doffing: Remove the apron to avoid transferring contamination from the exterior onto skin, underlying garments, or clean surfaces.
  • Dispose After Use: Follow facility hazardous-drug and contaminated-PPE disposal requirements.
ASTM F739-12 Chemotherapy Permeation Performance:

Ansell provides chemotherapy-drug permeation data for the BioClean-C S-BCAS apron material under ASTM F739-12. The results indicate the measured mean breakthrough times for the listed test substances under controlled laboratory conditions.

Test Breakthrough Criterion: Permeation rate of 0.1 µg/cm²/min.

Tested Chemotherapy Drug Mean Breakthrough Time
Cisplatin >480 minutes
Carmustine >480 minutes
Cyclophosphamide >480 minutes
Doxorubicin hydrochloride >480 minutes
5-Fluorouracil >480 minutes
Methotrexate >480 minutes
Etoposide >480 minutes
Paclitaxel >480 minutes
Thiotepa >456 minutes

The reported results describe tested material performance under the manufacturer-referenced laboratory method. Actual workplace exposure may involve different drug formulations, concentrations, mixtures, movement, contact duration, and contact with garment seams or closures.

Chemotherapy Protection Guidance: The listed breakthrough times are laboratory material-permeation results, not approved garment-wear durations. Protection against an untested drug, mixture, or different concentration cannot be assumed. Seams and closures may perform differently from uninterrupted fabric, and this apron covers only part of the body. Select the complete PPE system based on the specific hazardous substances, exposure pathways, and approved facility procedures.

Partial-Body vs. Full-Body Protective Apparel:

S-BCAS is a partial-body protective garment intended to provide additional front-body and arm coverage over an appropriate underlying apparel system. It is not a full-body coverall and does not independently provide chemical protection to every body region.

  • Covered Areas: Provides additional coverage to the front of the torso and the arms within the garment's intended fit.
  • Uncovered Areas: Does not independently protect the head, face, legs, feet, or all portions of the back.
  • Underlying Coverall: Wear appropriate protective cleanroom apparel where the hazard assessment requires full-body coverage.
  • Higher Chemical Hazards: Evaluate whether a different garment type or additional barriers are required for the anticipated exposure.
  • Respiratory and Eye Protection: Select separate eye, face, and respiratory PPE where the hazard assessment identifies those risks.
  • Glove Protection: Use chemically suitable gloves with the required testing and approved cuff interface.
  • Seams and Closures: Assess areas where liquids could enter beneath the apron or contact fastening points.
  • Workplace Movement: Bending, reaching, and turning can change apron coverage and expose underlying garments.
  • Contamination-Control Strategy: Incorporate the apron into the facility's complete gowning, chemical protection, and cleaning program.

Protective Apparel Selection: BioClean-C S-BCAS is an additional partial-body protective layer, not a substitute for a full-body chemical protective garment when complete coverage is required. Its suitability depends on the location and severity of potential exposure and the protection provided by the underlying PPE system.

Sterile Donning and Controlled Material Transfer:

Each S-BCAS apron is individually packaged in a sealed polyethylene inner bag and a separate sealed polyethylene outer bag. This configuration supports staged material transfer and controlled opening in sterile manufacturing environments.

  • Receiving Inspection: Verify the manufacturer code, selected size, lot information, expiration date, and package integrity.
  • Shipping Carton Removal: Remove external shipping material at the approved receiving or material-preparation stage.
  • Outer-Bag Handling: Follow the facility's approved cleaning, disinfection, or protective-layer removal procedure.
  • Inner-Bag Transfer: Introduce the protected inner package into the designated controlled area without compromising its seal.
  • Gowning Sequence: Don the required base cleanroom garments before adding the apron, as specified by the facility SOP.
  • Aseptic Opening: Open the inner sterile package without unnecessary contact with the garment exterior.
  • Controlled Presentation: Unfold the garment without dragging it across benches, floors, or other nonqualified surfaces.
  • Neck Fastening: Adjust the neck closure to maintain appropriate garment positioning.
  • Rear Ties: Secure the apron using the designated rear tie tapes.
  • Sleeve Donning: Position each sleeve without exposing the protective fabric to unqualified surfaces.
  • Final Inspection: Confirm seam integrity, apron coverage, cuff positioning, and freedom of movement.
  • Glove Integration: Complete the sleeve-to-glove interface in accordance with approved procedures.
  • Replacement: Use a new apron after an incident requiring removal, contamination, loss of sterility, or damage.

Sterile Gowning Principle: Sterile packaging and validated irradiation support material cleanliness at opening, but aseptic presentation depends on the complete transfer and donning process. Establish controlled package removal, appropriate base-garment sequencing, cuff management, and post-donning inspection to maintain the intended protection.

Sleeve, Cuff and Glove Interface Guidance:

The apron incorporates ultrasonically bonded sleeve seams with protective tape and elasticated polyester cuffs. These features help maintain protective coverage, but the sleeve-to-glove interface remains an important consideration for both contamination control and chemical splash protection.

  • Elasticated Cuffs: Position the cuffs according to the required sterile-gowning and glove configuration.
  • Approved Glove Material: Select gloves based on the actual chemicals and drugs handled, rather than cleanroom classification alone.
  • Glove Overlap: Ensure sufficient overlap between the glove and apron sleeve during normal working movements.
  • Glove Change Procedures: Replace gloves without pulling the apron cuff out of its required position.
  • Double-Gloving: Follow the approved inner- and outer-glove arrangement for hazardous-drug or sterile operations.
  • Seam Protection: Avoid stretching or pulling on taped seams while donning or adjusting the sleeves.
  • Open Interfaces: Inspect for gaps at the wrist, neck, or rear closure where liquids could enter.
  • Additional Sealing: Use approved gowning tape or other interface controls only when permitted by the facility PPE procedure.
  • Range of Motion: Confirm coverage while reaching, bending, and performing the actual task.
  • Contamination Events: Follow immediate garment and glove replacement procedures after significant splash or suspected penetration.
Material, Seam and Liquid-Barrier Performance:

CleanTough™ laminate is designed to provide lightweight, low-linting protective performance. Ansell publishes material tests for resistance to mechanical stresses and penetration or repellence of selected chemical liquids.

  • Material Construction: Polyethylene / nonwoven polypropylene laminate.
  • Sleeve Seam Design: Ultrasonically bonded with protective tape.
  • Seam Strength: Greater than 50 N under the manufacturer-referenced test method.
  • Abrasion Resistance: Manufacturer-published performance under EN 12947-2.
  • Puncture Resistance: Greater than 5 N under the referenced test conditions.
  • Tensile Strength: Greater than 30 N in the manufacturer's reported machine and cross directions.
  • Liquid Repellence: Manufacturer data include tests using sulfuric acid, sodium hydroxide, o-xylene, and butan-1-ol.
  • Liquid Penetration: Manufacturer reports chemical-specific results under the referenced liquid-penetration method.
  • Chemical Resistance: Results are dependent on the substance, concentration, test method, and exposure conditions.
  • Garment Integrity: Tears, punctures, damaged seam tape, or loosened closures may reduce protection.
  • Surface Contact: Abrasion from rough work surfaces can affect the garment during prolonged operations.
  • Selection Criteria: Assess both chemical permeation and mechanical protection for the complete task.
Chemotherapy Handling and Garment-Change Procedures:

S-BCAS may be selected as an additional protective layer for defined cytotoxic drug-handling activities when the garment's documented chemical performance, coverage, and construction meet the facility's requirements.

  • Drug-Specific Assessment: Compare the intended chemotherapy drug and formulation with the manufacturer's ASTM F739-12 results.
  • Untested Drugs: Do not assume equivalent resistance for substances that do not appear in the published table.
  • Drug Concentration: Consider the actual formulation and concentration used in the procedure.
  • Exposure Type: Evaluate splash, sustained wet contact, aerosol deposition, and other potential exposure routes separately.
  • Material Test Duration: Laboratory breakthrough results do not establish a safe time for wearing the apron.
  • Seams and Closures: Protect and monitor junctions, seams, neck fastening, and rear closures as part of the complete PPE system.
  • Partial-Body Coverage: Maintain appropriate protective garments beneath the apron.
  • Routine Replacement: Follow the facility's defined apron-change frequency for the applicable hazardous-drug task.
  • After Spills: Replace contaminated protective apparel according to the facility's spill-response procedure.
  • Visible Damage: Immediately remove torn, punctured, or otherwise compromised aprons.
  • Glove Changes: Follow the applicable hazardous-drug glove replacement requirements independently of garment replacement.
  • Waste Handling: Dispose of used aprons according to the facility's hazardous-drug waste-management program.

Hazardous-Drug Protection Guidance: Chemotherapy permeation testing supports selection against specified drugs under documented conditions. It does not establish universal protection or a garment-change interval. Use BioClean-C S-BCAS as part of a complete PPE program with chemical-compatible gloves, protective coveralls, controlled doffing, and task-specific replacement procedures.

Cleanroom Particle Control and Sterility:
  • Cleanroom Classification: Class 10 / ISO Class 4.
  • EU GMP Application: Grade A.
  • Low-Linting Design: CleanTough™ is selected to help reduce garment-related particulate contamination.
  • Helmke Drum Result: Less than 1,700 counts/min for particles ≥0.5 µm.
  • Test Interpretation: Published particle shedding results reflect a defined laboratory method and are not an unrestricted guarantee of cleanliness during use.
  • Gamma Sterilization: Minimum 25 kGy irradiation dose.
  • Sterility Assurance: SAL 10-6 under the validated sterilization process.
  • Package Integrity: Sterility depends on maintenance of protective packaging until controlled opening.
  • Single Use: Garments should not be laundered or reused as sterile PPE after wearing.
  • Operator Practices: Donning, glove changes, contact with surfaces, and movement influence contamination control.
  • Facility Qualification: Select and use garments according to the cleanroom's contamination-control strategy and approved procedures.
Size Selection and Manufacturer Ordering Codes:

S-BCAS is available in four manufacturer sizes. Use both height and chest measurements to select a garment that provides sufficient sleeve reach and front-body coverage while allowing normal work movements.

Size / Manufacturer SKU Chest Measurement Recommended Height
S - S-BCAS-S 84-92 cm (33-36") 164-170 cm
M - S-BCAS-M 92-100 cm (36-39") 170-176 cm
L - S-BCAS-L 100-108 cm (39-42") 176-182 cm
XL - S-BCAS-XL 108-116 cm (42-45") 182-188 cm

Fit Guidance: A garment that is too small may restrict arm movement or reduce protective coverage. Excessively loose material can create unnecessary contact with work surfaces and equipment. Evaluate the apron over the actual underlying cleanroom apparel and required glove combination.

Packaging and Storage Recommendations:
  • Individual Inner Packaging: 1 apron per sealed polyethylene inner bag
  • Individual Outer Packaging: 1 sealed inner bag per sealed polyethylene outer bag
  • Case Quantity: 40 individually double-bagged aprons
  • Shipping Carton: Lined cardboard carton
  • Packaging Materials: Polyethylene-based inner bags, outer bags, and carton liner
  • Sterility: Gamma irradiated, SAL 10-6
  • Shelf Life: 3 years
  • Lot and Expiration Control: Follow information on the actual manufacturer packaging
  • Storage: Maintain original packaging in a dry location
  • Sunlight Protection: Keep away from direct sunlight
  • Ozone Protection: Avoid exposure to ozone-producing equipment
  • Package Inspection: Reject damaged, opened, or otherwise compromised sterile packages
  • Stock Rotation: Follow facility expiration-date control procedures
  • Sterile Transfer: Remove protective packaging layers at approved transfer stages
  • Single Use: Dispose of used garments in accordance with the facility PPE procedure
  • Hazardous-Drug Disposal: Apply required waste controls when garments have been used in cytotoxic drug-handling activities
  • Recyclability: Uncontaminated packaging may be recyclable where accepted locally; evaluate contaminated materials under applicable waste rules
Manufacturer Technical Documents:

Ansell BioClean-C S-BCAS Manufacturer Product Information: Click Here

Ansell BioClean-C S-BCAS U.S. Product Data Sheet - Technical Specifications and ASTM F739-12 Chemotherapy Permeation Results (PDF): Click Here

Ansell Product Certification and Regulatory Resources: View Manufacturer Resources

SOSCleanroom BioClean-C S-BCAS Product Information: Click Here

Other Similar Products Available From SOSCleanroom.com

Sterile Protective Apparel

Sterile Cleanroom Gloves for PPE System Selection

Notes: Need assistance selecting sterile protective apparel for ISO Class 4 environments or determining whether S-BCAS provides appropriate additional coverage for a chemotherapy-handling procedure? Open the SOSCleanroom Technical Vault tab above for information about sterile garment selection, gowning, sleeve-to-glove protection, chemotherapy permeation testing, and partial-body versus full-body PPE.

SOSCleanroom.com supports pharmaceutical, biotechnology, medical device, laboratory, and other critical environments with sterile cleanroom apparel, chemotherapy-protective garments, cleanroom gloves, wipers, and specialized contamination-control supplies. Our team provides manufacturer documentation, product-selection assistance, packaging information, and procurement support.

Product description updated: October 23, 2026 (SOS Technical Staff)

© 2026 SOS Supply. All rights reserved.

The Technical Vault By SOSCleanroom
Class 10 / ISO 4 Sterile • SAL 10-6 Chemotherapy Drug Tested CleanTough™ Laminate Taped Ultrasonic Seams Partial-Body Protection 40 Aprons / Case

Ansell BioClean-C™ S-BCAS: sterile chemotherapy protective apron with sleeves for critical cleanroom operations

Ansell BioClean-C™ S-BCAS Sterile Apron with Sleeves is a disposable partial-body protective garment designed for controlled environments where operators require an additional barrier against specified cytotoxic drugs, chemical splashes, and process contamination.

Manufactured from lightweight, low-linting CleanTough™ polyethylene/nonwoven polypropylene laminate, the apron combines a protective front panel with integrated sleeves, ultrasonically bonded and taped sleeve seams, elasticated cuffs, and an adjustable neckline.

The S-BCAS configuration is gamma-irradiation sterilized to a published Sterility Assurance Level (SAL) of 10-6. Ansell identifies it for Class 10 / ISO Class 4 cleanrooms and EU GMP Grade A environments, subject to the facility's approved gowning, contamination-control, and protective-clothing requirements.

The apron has been tested against a range of chemotherapy drugs using ASTM F739-12. These drug-specific results support protective-clothing selection for qualified tasks, while its partial-body design makes correct layering over appropriate protective garments essential.

Operations takeaway: S-BCAS combines sterile presentation, low-linting construction, taped sleeve seams, and documented chemotherapy-drug permeation performance. The apron is intended as a supplementary partial-body barrier within an appropriately selected and qualified PPE system.


ISO-first context: sterile protective clothing in contamination-controlled areas

ISO 14644-5:2025 establishes a framework for cleanroom operation through documented controls for personnel, protective clothing, material transfer, equipment, maintenance, cleaning, and contamination management.

Garments used in critical environments should be evaluated for particle shedding, material construction, sterile condition, protective performance, gowning compatibility, and the risks associated with the substances being handled.

BioClean-C™ S-BCAS is designed for ISO Class 4 and EU GMP Grade A environments, including compatible pharmaceutical manufacturing, biotechnology, aseptic processing, laboratory, and hazardous-drug operations. Its actual suitability depends on the complete gowning system and the requirements of the individual process.

Control point: Sterile protective clothing supports contamination-control objectives but does not independently establish aseptic conditions. Personnel training, appropriate gowning, sterile material transfer, glove integration, garment inspection, and change-out procedures remain essential.


Specifications (SKU controls for RFQs, SOPs, and receiving)
  • Product: Ansell BioClean-C™ Sterile Chemotherapy Protective Apron with Sleeves
  • Manufacturer: Ansell
  • Manufacturer product family: BioClean-C™
  • Product model: S-BCAS
  • Garment type: Sterile, disposable protective apron with integrated sleeves
  • Protection coverage: Partial-body protection
  • Primary material: Polyethylene/nonwoven polypropylene laminate
  • Material technology: CleanTough™
  • Color: Blue
  • Sleeves: Integrated protective sleeves
  • Sleeve seams: Ultrasonically bonded with protective tape
  • Cuffs: Elasticated, 100% polyester
  • Neck closure: Adjustable hook-and-loop fastening
  • Waist closure: Adjustable tie tapes
  • Particle characteristics: Low-linting construction
  • Cleanroom classification: Class 10 / ISO Class 4
  • Additional manufacturer designation: EU GMP Grade A
  • Sterility: Sterile
  • Sterilization method: Gamma irradiation
  • Minimum sterilization dose: 25 kGy
  • Sterility Assurance Level: 10-6
  • Published shelf life: 3 years
  • Typical particle shedding: Less than 1,700 counts/min for particles ≥0.5 µm
  • Particle test: Helmke Drum Test
  • Chemotherapy-drug testing: ASTM F739-12
  • PPE classification: Category III, partial-body protection
  • Applicable protection designations: Type PB[4] and PB[6], as indicated in manufacturer conformity information
  • Available sizes: S, M, L, XL
  • Individual packaging: One apron per sealed inner polyethylene bag
  • Secondary packaging: One inner bag per sealed outer polyethylene bag
  • Case packaging: 40 individually double-bagged aprons per lined carton
  • Unit of measure: Case of 40 individual aprons

Ordering control: S-BCAS is supplied in four size-specific configurations with a standard quantity of 40 individually double-bagged sterile aprons per case. Verify the selected manufacturer reorder code, actual product lot, and labeled expiration date when ordering or receiving.


Available sizes and manufacturer reorder codes

Appropriate fit helps maintain torso coverage, sleeve positioning, cuff integration, and comfort when the apron is worn over an approved cleanroom garment.

  • Small — S-BCAS-S: Chest 84–92 cm (33–36 in); recommended wearer height 164–170 cm.
  • Medium — S-BCAS-M: Chest 92–100 cm (36–39 in); recommended wearer height 170–176 cm.
  • Large — S-BCAS-L: Chest 100–108 cm (39–42 in); recommended wearer height 176–182 cm.
  • Extra Large — S-BCAS-XL: Chest 108–116 cm (42–45 in); recommended wearer height 182–188 cm.

Fit selection: Manufacturer sizing provides a starting point. Confirm actual coverage, freedom of movement, sleeve fit, neck adjustment, and waist fastening when the apron is worn over the intended cleanroom garments.


CleanTough™ laminate construction and protective characteristics
  • Polyethylene laminate: Provides the principal protective film component.
  • Nonwoven polypropylene: Forms part of the lightweight garment structure.
  • Low-linting construction: Supports reduced particle generation during appropriate use.
  • Integrated sleeves: Extend protective coverage over the operator's arms.
  • Ultrasonic seam bonding: Provides joined sleeve construction without conventional stitched seam openings.
  • Protective seam tape: Adds an additional barrier at the designated sleeve seam locations.
  • Elasticated cuffs: Support close positioning around the wrists.
  • Adjustable neck fastening: Allows the upper apron fit to be adjusted.
  • Rear tie tapes: Help secure the apron around the wearer.
  • Blue material: Provides clear identification of the protective apron layer.

Construction distinction: The protective performance of a garment depends on more than the fabric alone. Seams, cuffs, neck closures, ties, fit, and overlap with other PPE influence the complete barrier arrangement.


Partial-body protection versus a complete coverall

S-BCAS is classified as a partial-body protective garment. It provides additional coverage over the front torso and arms but does not enclose the entire body.

  • Front torso: Protective apron material covers the principal front-facing exposure area.
  • Arms: Integrated sleeves extend coverage toward the wrists.
  • Back: The garment uses rear tie tapes rather than full-back encapsulation.
  • Neck: Adjustable fastening helps retain fit but is not a hermetically sealed neck barrier.
  • Wrists: Elasticated cuffs require correct overlap with suitable gloves.
  • Head and face: Separate appropriately qualified protection is necessary when hazards require coverage.
  • Legs and feet: Protection must be provided by the underlying garment or additional PPE as required.
  • Underlayer: The apron may be incorporated over an appropriate protective cleanroom coverall where the process requires combined coverage.

Coverage principle: S-BCAS is not a whole-body coverall. When handling chemotherapy drugs or other hazardous chemicals, assess exposure routes and select the complete protective-clothing arrangement, including the underlying garment, gloves, and required head, face, and lower-body protection.


ASTM F739-12: understanding chemotherapy-drug permeation

Ansell tested BioClean-C™ against selected cytotoxic drugs using ASTM F739-12. The manufacturer's data report mean breakthrough time, measured when the chemical permeation rate reaches 0.1 µg/cm2/min under the stated laboratory conditions.

The following results are manufacturer-published laboratory results for the tested materials and conditions:

  • Cisplatin: Mean breakthrough time greater than 480 minutes.
  • Carmustine: Mean breakthrough time greater than 480 minutes.
  • Cyclophosphamide: Mean breakthrough time greater than 480 minutes.
  • Doxorubicin hydrochloride: Mean breakthrough time greater than 480 minutes.
  • 5-Fluorouracil: Mean breakthrough time greater than 480 minutes.
  • Methotrexate: Mean breakthrough time greater than 480 minutes.
  • Etoposide: Mean breakthrough time greater than 480 minutes.
  • Paclitaxel: Mean breakthrough time greater than 480 minutes.
  • Thiotepa: Mean breakthrough time greater than 456 minutes.

Breakthrough-time interpretation: The values above are laboratory permeation results, not automatic permissible wear times. Performance can vary with drug concentration, formulation, temperature, contact duration, abrasion, garment condition, and the actual exposure pattern. Review the applicable Ansell validation information for the exact cytotoxic substance.


Seams, neckline, ties, and cuffs: practical chemical barrier limitations

Chemical permeation testing of protective clothing materials does not automatically establish identical protection at every garment opening, seam, or closure.

  • Taped ultrasonic sleeve seams: Designed to improve barrier continuity along the joined material.
  • Neck fastening: Provides adjustment but must be assessed for potential openings or exposure paths.
  • Rear tie tapes: Secure the apron without creating full-back chemical encapsulation.
  • Elasticated cuffs: Help retain position but depend on appropriate glove integration.
  • Garment overlap: Ensure the apron covers the intended exposure area during normal operator movement.
  • Liquid pooling: Avoid allowing hazardous liquids to collect at cuffs, folds, fasteners, or material interfaces.
  • Mechanical stress: Pulling, abrasion, or sharp equipment contact can compromise material or seams.
  • Barrier evaluation: Use task-specific hazard assessment and the manufacturer's applicable garment validation information.

Chemical protection: Protective fabric, seams, and closures may have different breakthrough characteristics. The manufacturer's chemical data should therefore be applied to the complete PPE arrangement rather than interpreted as an unconditional barrier rating for all garment locations.


Protective garment testing and material performance

In addition to chemotherapy-drug permeation testing, the Ansell product data sheet reports material performance under recognized physical and liquid-barrier test methods.

  • Abrasion resistance: Greater than 10 cycles; published Performance Class 1.
  • Puncture resistance: Greater than 5 N; published Performance Class 1.
  • Machine-direction tensile strength: Greater than 30 N; Performance Class 1.
  • Cross-direction tensile strength: Greater than 30 N; Performance Class 1.
  • Machine-direction trapezoidal tear resistance: Greater than 10 N; Performance Class 1.
  • Seam strength: Greater than 50 N; Performance Class 2.
  • Repellence to 30% sulfuric acid: Greater than 90%; Performance Class 3.
  • Repellence to 10% sodium hydroxide: Greater than 90%; Performance Class 3.
  • Repellence to o-xylene: Greater than 90%; Performance Class 2.
  • Repellence to butan-1-ol: Greater than 90%; Performance Class 3.
  • Penetration by the tested challenge liquids: Less than 1% under the published ISO 6530 testing conditions.
  • Protective-clothing references: EN 14605 and EN 13034, with applicable partial-body classifications.

Material test interpretation: Standardized abrasion, puncture, repellence, penetration, and tensile results describe performance under defined laboratory conditions. These results are not a substitute for evaluating the actual splash hazard, handling method, chemical formulation, and garment configuration.


Particle shedding and cleanroom compatibility

CleanTough™ material is designed to help limit particle generation during controlled-environment operations. Ansell reports particle shedding using the Helmke Drum Test.

  • Published result: Less than 1,700 counts/min for particles ≥0.5 µm.
  • Test method: Helmke Drum particle shedding test.
  • Low-linting material: Designed to reduce unwanted particulate contamination.
  • Seam construction: Ultrasonic bonding and tape support controlled garment construction.
  • Garment handling: Avoid unnecessary shaking, snapping, or rubbing against abrasive surfaces.
  • Integrity: Replace the garment if its film, seams, or closures are compromised.
  • Contamination-control validation: Assess the gowning system against the facility's applicable particle and aseptic-processing requirements.

Particle data interpretation: The published shedding result is expressed as counts per minute under the Helmke Drum method. It should not be converted into particles per square centimeter or treated as a guaranteed environmental particle concentration.


Sterilization method, SAL, and sterile presentation

S-BCAS is supplied sterile following gamma-irradiation processing. Ansell identifies a 25 kGy minimum irradiation dose and a validated Sterility Assurance Level of 10-6.

  • Sterilization method: Gamma irradiation.
  • Minimum dose: 25 kGy.
  • Sterility Assurance Level: 10-6.
  • Packaging: Individually double-bagged.
  • Sterile-barrier inspection: Verify sealed packaging is intact before opening.
  • Controlled transfer: Remove packaging layers according to the facility material-entry procedure.
  • Aseptic donning: Follow the required method to avoid contact with unqualified surfaces.
  • During use: Replace the garment following contamination, damage, or loss of acceptable barrier conditions.
  • Traceability: Retain applicable lot and sterilization documentation according to facility requirements.

Sterility principle: A sterile garment can become contaminated after improper packaging removal, donning, or environmental contact. SAL 10-6 is associated with the validated sterilization process, not a guarantee of continued aseptic condition after opening.


Best-practice sterile transfer and gowning procedure
  1. Confirm the product: Verify the exact S-BCAS size and the approved application.
  2. Inspect packaging: Check lot identification, expiry, double-bag integrity, and product labeling.
  3. Prepare the gowning area: Follow the facility's required personnel hygiene and protective-garment sequence.
  4. Stage outer packaging: Remove the outer bag at the approved transfer point.
  5. Maintain inner-bag protection: Avoid introducing nonqualified packaging into the critical area.
  6. Open using approved aseptic technique: Prevent the apron from contacting unqualified surfaces.
  7. Orient the apron: Position the front panel and sleeves without dragging the garment against equipment.
  8. Insert arms carefully: Avoid pulling excessively on the sleeve seams.
  9. Secure the neckline: Adjust the hook-and-loop fastening for an appropriate fit.
  10. Secure the waist: Fasten the tie tapes according to the garment instructions and local SOP.
  11. Integrate gloves: Establish the required overlap between elastic cuffs and protective gloves.
  12. Inspect fit: Verify protective coverage during reaching, bending, and representative movements.
  13. Monitor condition: Replace after contamination or compromise according to the approved procedure.
  14. Doff safely: Remove in the required sequence to limit operator exposure and environmental contamination.

Gowning control: Define the position of S-BCAS relative to the underlying coverall and gloves in the gowning SOP. Proper layering and cuff overlap are especially important when the garment provides an additional chemical barrier in hazardous-drug operations.


Glove overlap, cuff positioning, and sleeve integrity

Integrated sleeves provide arm coverage but require coordination with compatible gloves to help reduce exposed wrist areas and prevent contamination from entering the garment system.

  • Elastic cuffs: Help position the sleeve opening around the wrist.
  • Protective gloves: Select a glove qualified for the exact chemical and sterility requirements.
  • Overlap: Use the facility-approved glove-over-sleeve or other qualified cuff arrangement.
  • Movement testing: Check coverage during full arm extension and repeated handling movements.
  • Liquid migration: Consider how splash direction and runoff may affect the cuff interface.
  • Double-gloving: Use the required glove layering when specified by the hazardous-drug or aseptic procedure.
  • Inspection: Check sleeve seams and cuff condition after donning.
  • Replacement: Change the affected PPE layer if its protective condition is compromised.

Glove integration: Chemical-resistant sleeve material does not independently protect exposed wrists or overcome gaps between a cuff and glove. Verify the complete interface under representative movements and foreseeable liquid-exposure conditions.


Chemotherapy preparation and hazardous-drug handling considerations

BioClean-C™ S-BCAS can be evaluated as an additional protective layer for procedures involving specific chemotherapy drugs. The correct PPE arrangement depends on the chemical hazard assessment, applicable safety standards, and process-specific exposure conditions.

  • Drug identification: Determine the exact cytotoxic medication being handled.
  • Concentration: Compare the actual drug formulation against the available permeation data.
  • Exposure route: Evaluate foreseeable splashes, spills, surface contamination, and contact with contaminated equipment.
  • Garment layering: Use the apron over the appropriate underlying protective clothing.
  • Glove selection: Select gloves with documented protection appropriate to the substance and procedure.
  • Face and respiratory protection: Follow the task-specific assessment and applicable procedures.
  • Surface contamination: Prevent contaminated protective clothing from contacting clean equipment or personnel.
  • Change-out: Follow the approved schedule and replace after contamination or material damage.
  • Spill response: Use the facility's hazardous-drug spill protocol and appropriate protective equipment.
  • Waste disposal: Discard contaminated garments in the designated hazardous-drug waste stream.

Hazardous-drug qualification: A favorable ASTM F739 laboratory result does not establish universal protection from every chemotherapy drug or dosage form. Select the garment using current drug-specific Ansell validation information and the facility's hazardous-drug PPE requirements.


Cleaning and disinfection of protective clothing during use

Where a facility includes garment surface disinfection in its operating procedure, the selected disinfectant and application method must be compatible with the protective material and must not compromise the required chemical barrier.

  • Approved disinfectants: Use only those qualified for the protective garment system.
  • Compatibility: Evaluate the laminate, seam tape, cuffs, and fastening materials.
  • Application: Avoid methods that may damage the material or cause unqualified liquid pooling.
  • Contact time: Follow the applicable disinfectant instructions and facility procedure.
  • Drying: Allow any required drying interval before resuming critical activities.
  • Contamination events: Replace a garment when chemical exposure or contamination exceeds the approved criteria.
  • Barrier integrity: Wiping or disinfection does not repair a torn film or compromised protective seam.

Surface treatment: Do not assume that repeated disinfection preserves all original chemical-barrier properties. Where protective performance could be affected, use manufacturer compatibility guidance and the facility's approved change-out criteria.


What S-BCAS is designed to do (typical use cases)
  • Supplementary protection during qualified chemotherapy-drug handling
  • Hazardous-drug preparation where the PPE assessment supports apron use
  • Aseptic pharmaceutical manufacturing with suitable sterile garment requirements
  • Contamination-sensitive biotechnology production
  • Laboratory handling of approved cytotoxic substances
  • Controlled chemical splash-risk procedures
  • Additional front-torso and arm coverage over appropriate cleanroom coveralls
  • Selected sterile equipment preparation and cleaning activities
  • Cleanroom manufacturing tasks requiring low-linting protective clothing
  • Controlled gowning programs using individually double-bagged sterile apparel
  • Operations requiring PPE Category III partial-body chemical protection
  • Specified maintenance or containment tasks where the chemical barrier has been qualified

Application selection: S-BCAS is a specialized sterile protective apron. It should be selected where its tested chemical resistance, intended body coverage, sterile condition, and material compatibility match the defined task and the required PPE system.


Best-practice use: garment inspection, handling, and change-out
  1. Verify the selected size: Confirm the exact S-BCAS reorder code.
  2. Review the hazard: Match chemical protection to the substances and exposure conditions.
  3. Inspect sterile packaging: Check bag seals, lot, and expiration.
  4. Don correctly: Follow the approved aseptic procedure over the required underlying garment.
  5. Secure closures: Adjust the neck and waist fastenings to obtain the intended coverage.
  6. Inspect seams: Look for tears, separated tape, punctures, or other visible damage.
  7. Integrate gloves: Verify the approved glove and sleeve overlap.
  8. Confirm movement: Check for gaps or tension during normal work positions.
  9. Limit unnecessary contact: Avoid rubbing the garment against sharp or abrasive equipment.
  10. Monitor exposure: Identify splashes or contamination that trigger replacement.
  11. Replace as required: Follow process change-out criteria and task-specific PPE requirements.
  12. Remove carefully: Follow an approved doffing sequence to reduce contamination transfer.
  13. Dispose correctly: Use the designated waste route for the substances involved.

Method standardization tip: Define garment sizing, sterile-transfer sequence, underlying coverall requirements, glove overlap, protective-chemical qualification, change-out triggers, and doffing procedures in the facility SOP.


Packaging hierarchy: 40 individually double-bagged aprons per case
  • Individual garment: One sterile apron.
  • Inner packaging: One apron per sealed polyethylene bag.
  • Outer packaging: One inner bag inside one sealed outer polyethylene bag.
  • Case packaging: 40 outer bags in a lined carton.
  • Total case quantity: 40 individual sterile aprons.
  • Size-specific ordering: The case is ordered under the required S, M, L, or XL manufacturer code.
  • Controlled transfer: The double-bag arrangement supports approved staged material entry.
  • Recyclable packaging: Micronova-independent Ansell packaging guidance identifies polyethylene-based film and recycled cardboard shipping materials; actual recycling suitability depends on local facilities and contamination.
  • Receiving: Verify product identity, case quantity, package integrity, and lot information.

Packaging control: A standard S-BCAS case contains 40 sterile aprons, individually double-bagged. It does not contain 40 pairs or a single shared sterile package of 40 loose garments.


Three-year shelf life, storage, and lot traceability
  • Published shelf life: Three years.
  • Actual expiry: Verify the labeled expiration for the supplied size and lot.
  • Original packaging: Store in the manufacturer's protective packaging until controlled transfer.
  • Dry storage: Keep in a dry location.
  • Sunlight: Protect from direct sunlight.
  • Ozone: Keep away from ozone-generating sources.
  • Physical protection: Avoid crushing, puncturing, or exposing packages to sharp edges.
  • Bag integrity: Check the sterile barrier before releasing the garment for use.
  • Inventory rotation: Follow the facility's approved first-expiring-first-out procedure.
  • Traceability: Maintain lot and relevant quality documentation where required.
  • Reuse: Follow the manufacturer's disposable-garment instructions and facility disposal requirements; do not assume the garment can be laundered or resterilized for reuse.

Shelf-life control: The published three-year shelf life describes the manufacturer's stated product life under appropriate storage conditions. The remaining shelf life at delivery is determined by the actual manufacture date and labeled expiration for the supplied lot.


Common garment failure modes and prevention
  • Incorrect size: Verify full coverage and freedom of movement before use.
  • Gaps at cuffs: Follow the approved glove overlap procedure.
  • Loose neck fastening: Adjust the closure so the garment remains properly positioned.
  • Improper waist ties: Secure the apron while maintaining comfortable movement.
  • Seam damage: Inspect ultrasonic joins and protective tape.
  • Sharp equipment contact: Avoid abrasion and puncture hazards where possible.
  • Liquid pooling: Prevent hazardous chemical accumulation in garment folds or cuffs.
  • Compromised sterile packaging: Reject damaged sterile-barrier packages.
  • Unqualified chemical exposure: Check the drug-specific and chemical-specific protection information.
  • Incorrect doffing: Use the established procedure to reduce contact with contaminated surfaces.

Misuse controls & when not to use S-BCAS
  • If whole-body protection is required: Use an appropriately qualified coverall or full-body protective system; S-BCAS alone is partial-body protection.
  • If a chemical is not qualified: Obtain suitable permeation and garment compatibility data before use.
  • If a drug concentration differs from tested conditions: Evaluate the actual formulation and exposure risk.
  • If a garment is torn or punctured: Replace it.
  • If the sterile package is compromised: Do not use the apron for required sterile applications.
  • If the apron is expired: Follow the facility's quality disposition procedures.
  • If the garment is contaminated: Apply the approved hazardous-material change-out and disposal procedure.
  • If significant mechanical hazards exist: Select appropriate additional protection for abrasion, cuts, or punctures.
  • If thermal or flame hazards exist: Use properly rated protective equipment for the actual exposure.
  • If respiratory or face protection is required: Select additional qualified PPE; the apron does not protect those areas.
  • If reuse is proposed: Do not assume reprocessing will preserve sterility or chemical-barrier performance.

S-BCAS versus other protective clothing configurations
  • BioClean-C™ S-BCAS: Sterile protective apron with sleeves, designed for supplemental partial-body coverage and tested chemotherapy-drug resistance.
  • BioClean-C™ BCAS: Nonsterile apron-with-sleeves configuration for applications that do not require sterile supply.
  • Standard cleanroom coveralls: Provide broader body coverage but may have different chemical-permeation and seam-barrier characteristics.
  • Specialized chemical-protective coveralls: May be required where the risk assessment calls for full-body liquid or chemical protection.
  • Sleeve protectors: Provide additional arm coverage for certain tasks but do not replace the complete apron where torso protection is required.
  • Chemotherapy-tested gloves: Should be selected for the specific drug, concentration, handling duration, and facility PPE procedure.

Selection principle: The appropriate garment is determined by the exposure pattern, required sterile condition, coverage, seam protection, and chemical-specific test data. An apron, coverall, gown, and sleeve protector are not interchangeable simply because they share a cleanroom classification.


Recommended related cleanroom consumables

A sterile protective apron should be paired with appropriate cleanroom garments, gloves, and cleaning consumables selected for the same controlled-environment and chemical-exposure requirements.

System compatibility: PPE components must be qualified as a system. Matching cleanroom classifications is not sufficient to establish chemical resistance, sterile performance, or coverage. Evaluate garment overlap, seams, gloves, and all required protective layers together.


Why purchase Ansell BioClean-C™ S-BCAS from SOSCleanroom
  • Exact manufacturer part selection: SOSCleanroom supports purchasing the required S-BCAS size and sterile packaging configuration.
  • Controlled-environment procurement: Coordinate sterile protective apparel with appropriate cleanroom gloves, garments, and contamination-control supplies.
  • Manufacturer technical resources: Product data supports review of sterile status, material performance, chemotherapy testing, and packaging requirements.
  • Repeat-order consistency: Purchasing by exact manufacturer reorder code helps reduce unintended substitutions involving different sizes or sterile status.
  • Customer support: Contact SOSCleanroom for current availability, applicable product documentation, and purchasing assistance.

Manufacturer documentation (authoritative references)
  • SOSCleanroom BioClean-C™ S-BCAS product page: Click Here
  • Ansell BioClean-C™ S-BCAS official U.S. product information: Click Here
  • Ansell BioClean-C™ S-BCAS U.S. Product Data Sheet: Click Here
  • Ansell BioClean-C™ BCAS Nonsterile Product Information: Click Here
  • Ansell PPE Certificates and Lot Documentation: Click Here
  • ISO 14644-5:2025 Cleanroom Operations Standard: Click Here
  • EU GMP Annex 1: Manufacture of Sterile Medicinal Products: Click Here
  • OSHA Hand and Body Protection Requirements: Click Here

Documentation control: For formal product qualification, review the applicable current Ansell U.S. Product Data Sheet, Instructions for Use, conformity documents, sterile-processing records, and chemical validation data. Verify the exact apron size, lot, expiry, and drug-specific protection requirements before incorporating S-BCAS into an approved protective-clothing procedure.


If you have any questions please email us at Sales@SOSsupply.com or give us a call at (214)340-8574. OR check out the AI ChatBot powered by SOSCleanroom data libraries - give it a try! THIS IS NEW FOR 2026! © 2026 SOSCleanroom. All rights reserved.