Supergood Grape And Blackcurrant Nic Salt 10mg

Overview

Supergood Fruit Grape And Blackcurrant Nic Salt is a 10ml nicotine salt e-liquid made in the UK and designed for mouth-to-lung vaping. It combines sweet grape with rich blackcurrant for a bold fruit profile, while the product listing from a reputable retailer also notes a cool ice finish on exhale. The result is a layered flavour that balances juicy, tangy and slightly sour notes with a smooth salt nicotine delivery. This variant is supplied at 10mg strength, making it a straightforward option for vapers who prefer a moderate nicotine level in a compact bottle. With a 50% VG blend, it is suited to low-vapour vaping and works well in pod kits and other MTL devices. Supergood is known for fruit-led blends, and this flavour follows that style with a clear, vibrant taste profile. It is a practical choice for everyday use when you want a fruity liquid with a crisp finish.

Key Features

• Sweet grape and blackcurrant flavour blend
• 10mg nicotine salt strength
• 10ml bottle format
• 50% VG for MTL vaping
• Made in the UK
• Designed for pod kits
• Includes a cool ice finish

Specifications

• Product Type: Nic salt e-liquid
• Brand: Supergood
• Range: Fruit
• Flavour: Grape and Blackcurrant
• Nicotine Strength: 10mg
• Bottle Size: 10ml
• VG/PG Ratio: 50% VG / 50% PG
• Device Style: Mouth to Lung
• Country of Origin: United Kingdom

Compatibility

• Compatible with MTL pod kits and vape pens.
• Best suited to low-wattage refillable devices.

Package Contents

• 1 x Supergood Fruit Grape And Blackcurrant Nic Salt 10ml bottle

Usage Guidance

• Shake well before use to help blend the liquid.
• Use only with refillable pod or MTL devices.
• Store upright in a cool, dry place.

Frequently Asked Questions

What flavour does it deliver?

A fruity blend of sweet grape and blackcurrant, with an icy finish.

What strength is this version?

This product is supplied in 10mg nicotine salt strength.

Which devices work best?

It is intended for mouth-to-lung pod kits and similar low-wattage devices.