Texwipe TX6460 TexTab Sporicidal Disinfectant Tablets (48.21% Sodium Dichloro-s-Triazinetrione)

Texwipe TX6460 TexTab® are sporicidal disinfectant tablets designed to be dissolved in water to produce a freshly made chlorine-based disinfecting solution for controlled-environment use. Each tablet contains 48.21% sodium dichloro-s-triazinetrione (NaDCC), a stabilized chlorine donor chemistry commonly used for sporicidal disinfection when used as directed. TexTab tablets are positioned to simplify sporicidal preparation (no measuring powders), reduce handling variability, and support a disinfectant rotation program where a sporicide is required for spore-formers and hard-to-kill organisms (per your site SOP and the product label).

• Part number: TX6460
• Product family: TexTab® Sporicidal Disinfectant Tablets
• Format: Tablets (dissolve in water to prepare solution)
• Primary active (as listed): 48.21% sodium dichloro-s-triazinetrione (NaDCC)
• Chemistry type: Chlorine-releasing disinfectant (sporicidal)
• Use positioning: Sporicidal disinfection for hard, non-porous surfaces (use per label and site SOP)
• Typical program use: Deployed as a periodic sporicidal step in a disinfectant rotation program
• Packaging: Tablet packaging supports controlled handling and staging (verify exact count/pack on the SOSCleanroom product page and your PO)
• Documentation: Pair with site log sheets to record concentration, mix time/date, expiration (in-use), and area/equipment identifiers

TexTab® products are produced by ITW Texwipe, a worldwide leader in contamination-control products and critical environment supplies. For over 35 years SOS and Texwipe have been close partners. SOSCleanroom is the authorized Master Distributor of ITW Texwipe for the United States market.

In sporicidal control, the operational challenge is consistency: chlorine-based sporicides are powerful, but effectiveness depends on preparing the correct concentration and using the solution within an appropriate time window. TexTab tablets are positioned to reduce variability by standardizing dosing and simplifying preparation so teams can focus on application technique, wet-contact time, and wipe change-out discipline.

• Tablet dosing: Designed to help standardize concentration without weighing powders or measuring liquid concentrates.
• NaDCC chlorine donor chemistry: A stabilized chlorine source used in disinfectant applications when prepared and applied per label.
• Sporicidal positioning: Typically used for periodic spore-control steps in a rotation program.
• Fresh-mix behavior: Encourages routine “mix fresh” discipline that supports consistent efficacy.
• Operational simplicity: Reduces prep steps and can reduce training complexity versus multi-part mixing.

• Improves repeatability: Tablet dosing helps reduce concentration variability across operators and shifts.
• Supports sporicidal control: Adds a chlorine-based sporicide option into your disinfectant rotation program (per SOP and risk assessment).
• Reduces mixing errors: Simplifies preparation steps and reduces mis-dilution risk.
• Program alignment: Helps align site documentation (mix time/date, concentration, in-use expiry) with real operator workflow.

• Sporicidal disinfection of hard, non-porous cleanroom surfaces (floors, walls, benches, pass-throughs)
• Periodic spore-control step as part of a disinfectant rotation program
• Decontamination workflows where concentration control and fresh preparation are operational priorities
• Use with compatible low-linting cleanroom wipers for application and wipe-back (no wiper is truly “zero-lint” in every process condition)

• Mix per label: Dissolve tablets using the label-specified water volume and mixing procedure; do not “estimate” concentration.
• Label your prepared solution: Record concentration, mix date/time, preparer initials, and in-use expiry per SOP.
• Apply to keep surfaces wet: Sporicidal efficacy is contact-time driven; keep the surface visibly wet for the full required time per label.
• Wipe technique matters: Use overlapping straight-line strokes, rotate wipe faces frequently, and change wipes before they become overloaded.
• Manage residues: Plan for a wipe-back step if your program requires it (for example, sterile 70% IPA or sterile DI water) to remove residues and protect sensitive surfaces.
• Surface compatibility: Verify compatibility with metals, coatings, plastics, elastomers, and adhesives before broad deployment.
• Safety discipline: Chlorine-based chemistries can irritate skin/eyes and may release odor/vapors; use appropriate PPE, ensure ventilation, and follow SDS guidance.

• Tablets vs. ready-to-use sporicides: Tablets can lower freight/storage burden and support fresh preparation, but require mixing discipline and documentation controls.
• Chlorine vs. peroxide/peracetic acid sporicides: Chlorine can be highly effective but may be more residue-prone or corrosive; alternative chemistries may reduce corrosion risk but can have different material compatibility and contact-time requirements.
• Residue management: If residues are a known issue on your surfaces, plan and validate a wipe-back step in your SOP.
• Rotation-program fit: Confirm how often sporicidal steps are required in your program based on EM trends, risk assessment, and QA direction.

Texwipe Disinfectant Rotation Support

• TX650: TexQ sterile disinfectant (RTU), 22 oz trigger spray
• TX652: TexQ sterile disinfectant (RTU), 1 gallon bottle
• TX3290: Sterile 70% IPA, 1 gallon bottle (commonly used for wipe-back / residue management per SOP)