Vampire Vape Max Strawberry Kiwi 10ml Nic Salts
Vampire Vape Max Strawberry Kiwi nic salt blends ripe strawberries with tangy kiwi to create a smooth and well balanced fruit vape. This flavour combines sweetness and slight tartness to produce a refreshing and easy to vape profile. Part of the Vampire Vape Max range, it is designed for maximum flavour and smooth nicotine delivery, offering a consistent and satisfying experience. Priced at just £1.99, it delivers premium quality at excellent value. Each 10ml bottle is available in 10mg and 20mg nicotine strengths and uses a 50VG 50PG ratio, making it ideal for MTL vaping with refillable pod kits.
Key Features
• Strawberry and kiwi fruit blend
• Sweet and slightly tangy flavour
• 10ml nic salt e liquid
• 10mg and 20mg nicotine strengths
• 50VG 50PG ratio
• Smooth nicotine salt formula
• Made in the UK
• Easy fill nozzle
• Childproof cap
• Only £1.99
Whats In The Box
• 1 x Vampire Vape Max Strawberry Kiwi Nic Salt 10ml E Liquid
FAQs
What does Strawberry Kiwi taste like
It blends sweet strawberries with tangy kiwi for a balanced fruit vape.
Is this flavour sweet or sour
It has a mix of sweetness and slight tartness.
What nicotine strengths are available
10mg and 20mg options.
What devices should I use
Designed for pod kits and MTL vape devices.
Is this suitable for beginners
Yes nicotine salts are beginner friendly.
Is Strawberry Kiwi refreshing
Yes it is a light and refreshing fruit blend.
What VG PG ratio does it use
50VG 50PG.
Can I use this all day
Yes it is ideal for all day vaping.
Where is it made
Made in the UK by Vampire Vape.
How much does it cost
£1.99 per bottle.
Blog
Strawberry Kiwi is a well known fruit combination that delivers a smooth and balanced vape. The strawberry provides a soft sweetness while the kiwi introduces a slightly tangy edge that keeps the flavour lively. This combination makes it a popular choice for vapers who want something refreshing without being overly sharp. Within the Vampire Vape Max range, it offers consistent flavour and smooth performance when used with pod systems.