VeloDent Cal-Hydroxide Paste
Premixed Calcium Hydroxide Intracanal Dressing
VeloDent Cal-Hydroxide Paste is a ready-to-use, water-based calcium hydroxide paste for temporary root canal disinfection between treatment sessions.
Its high pH creates an alkaline environment that supports periapical healing and hard tissue formation.
Features
- Ready to use — no mixing required
- High alkaline pH (approx. 12.5)
- Radiopaque for easy radiographic control
- Fine, flexible application tips for direct canal delivery
Benefits
- Effective interappointment disinfection
- Supports periapical healing
- Simple removal with irrigation
Indications
- Temporary intracanal dressing between endodontic sessions
- Support of apexification procedures
- Indirect pulp capping
Contraindications
- Known hypersensitivity to any component
- Do not use as a permanent root canal filling material
Instructions for Use
- Clean and shape the root canal, then dry with paper points
- Attach a flexible tip to the syringe
- Insert the tip into the canal and inject the paste while withdrawing slowly
- Remove excess with a cotton pellet and place a temporary filling
- Remove the paste with irrigation and instrumentation at the next session
Always refer to the full Instructions for Use supplied with the product.
Technical Specifications
| Composition | Calcium hydroxide, barium sulphate, aqueous carrier |
|---|---|
| pH | ~12.5 |
| Radiopacity | > 3 mm Al |
| Shelf life | 2 years |
Packaging
- 2 × 2 g syringes + 20 flexible application tips
Storage Conditions
Store at 4–25 °C with the syringe tightly capped. Protect from frost.
Safety Information
Strongly alkaline — avoid contact with eyes, skin and oral mucosa. Avoid extrusion beyond the apex. For professional dental use only.
Frequently Asked Questions
How long can the dressing stay in the canal?
Typically 1–4 weeks depending on the clinical situation, at the clinician's discretion.
How is the paste removed?
With copious irrigation and light instrumentation; a final rinse with EDTA solution helps remove residues.