Skins Anal Hybrid Silicone and Water-Based Lube (130ml)

• Brand: Skins
• Product type: Lubricants, Anal Lube

Propylene Glycol, Water (Aqua), Phenoxyethanol, Dimethicone, Cellulose Gum, Cyclopentasiloxane, Sodium Polyacrylate Trideceth-6, PEG/PPG- 18/18 Dimethicone.

Ingredients accurate at the time of publishing. If you have any concerns, please contact us and we will send across a photograph of the ingredients as shown on the product packaging.

Discretion is at the heart of everything we do. Every single order we process is sent discreetly in plain packaging. We'll send your items in a plain cardboard box, or a plain bubble-lined envelope, depending on how big your order is.

On our plain packaging, we affix a nondescript address label which contains your name and delivery address. Our address labels make absolutely no reference to condoms, lubricants or sexual health products.

Every order placed here at Condoms.uk comes with discreet delivery as standard. That's right, every single order is discreetly delivered with no exceptions.

Click here to find out more about our discreet delivery service.

Royal Mail Tracked 48 delivery is FREE when you spend £25+, or £2.99 on orders under £25. Please see our Delivery Services page for a full list of services, ETAs and charges.

* For guaranteed delivery tomorrow, please select DPD Next Day or Royal Mail Special Delivery on checkout and order before 4pm Monday to Friday (excludes bank holidays.)

We guarantee that we only sell genuine products sourced directly from trusted brands and distributors. We only sell genuine condoms, lubricants and accessories.

We do not split down clinic packs and we do not sell goods with a short shelf life. We only sell bonafide packs here at Condoms.uk, for your complete peace of mind.

You can more information on our FAQs page, and you can also contact us if you have any questions before or after your purchase with us.

RRPs quoted are based on the recommended retail price. Where the product is a bundle or multiple packs, it is the RRP per single pack multiplied by the number of packs.