Pjur Basic Waterbased Lubricant 100ml
PRODUCT HIGHLIGHTS
- Long-Lasting Glide – Non-sticky, non-greasy texture that stays slick longer.
- Odor & Taste Free – No distracting scents or flavors, just pure comfort.
- Condom Compatible – Safe with latex and polyisoprene condoms.
- Water-Based Formula – Easy to clean, water-soluble, and toy-friendly.
- Dermatologist Tested – Suitable for all skin types, including sensitive.
HOW TO USE
Apply a small amount of Pjur waterbased lubricant to the desired area. Reapply as needed for prolonged comfort. The water-based texture allows easy cleanup with water, no soap required. Compatible with all intimate toys and barriers.
INGREDIENTS & SAFETY NOTES
Ingredients: Aqua, Glycerin, Propylene Glycol, Hydroxyethylcellulose, Sodium Benzoate, Citric Acid. Paraben-free and fragrance-free. Store in a cool, dry place. Avoid contact with eyes. If irritation occurs, discontinue use.
SPECIFICATIONS
| Volume | 100 ml |
| Type | Water-based |
| pH | Balanced |
| Condom Safe | Yes |
| Toy Safe | Yes |
STAFF PRODUCT REVIEW
Our team put Pjur waterbased lubricant to the test over multiple uses and were impressed with its clean, non-sticky performance. It glides on smoothly, doesn’t dry out quickly, and leaves no residue. We highly recommend the Pjur Basic Waterbased Lubricant 100ml for anyone seeking a reliable, no-fuss lubricant that keeps comfort at the forefront.
FREQUENTLY ASKED QUESTIONS
Q: Is this lubricant safe to use with silicone toys?
A: Yes, as a water-based lubricant, it is safe with all toy materials, including silicone. Clean with water after use.
Q: Can I use Pjur waterbased lubricant with latex condoms?
A: Absolutely. This lubricant is 100% condom compatible and won’t compromise latex integrity.
Q: Does this product contain glycerin?
A: Yes, the formula includes glycerin as a moisturizing and glide-enhancing ingredient. It is gentle and suitable for most users.
Q: How long does the glide last before reapplication?
A: The long-lasting formula typically requires less frequent reapplication than standard water-based lubricants, but depends on activity intensity.

