Gel Retardant Xtra Time Serum 15ml

The Orgie Xtra Time Delay Serum offers discreet and reliable support for extended intimate moments. Thanks to its silicone-based formulation, a micro-thin protective film is created on the skin. This film minimises friction and selectively dampens sensitivity without affecting natural sensation. Since the serum is completely free of numbing agents, the intensity of the moment is fully preserved. There is no risk of transferring active ingredients to your partner. The result is a controlled delay of climax for a harmonious, shared experience. The elegant dispenser packaging allows for precise and clean dosage.

- Content: 15 ml

- Function: Delay effect through physical friction reduction

- Base: High-quality silicone

- Mode of action: Free from local anaesthetics (such as benzocaine or lidocaine)

- Application: Easy and hygienic dosing thanks to the pump dispenser

- Skin feel: Silky soft and long-lasting lubrication

- Material: Silicone-based serum

- Origin: Made in Portugal

How does the serum work without numbing agents?

Answer: The serum forms a fine silicone film on the skin. This film reduces mechanical friction during intimate contact and thus reduces stimulation transmission in a purely physical way, without chemically numbing the nerve endings. The natural sensation is therefore fully preserved.

Will the delaying effect transfer to the partner?

Answer: No. Since the product is completely free of numbing agents, there is no transfer of numbness. The shared sensation remains fully intense for both partners.

How is the serum applied correctly?

Answer: A small amount of the serum is applied to the penis before intimate contact and gently distributed. Due to the high yield of silicone, a small dose is sufficient to achieve the desired effect.

Question: Can the serum be used with condoms and toys?

Answer: The serum is compatible with natural rubber latex condoms. However, because it is silicone-based, it should not be used with silicone sex toys to avoid damaging their material surface.