Amika

Amika The Shield Anti-Humidity Spray 200g - Heat Protection & UV Filters

Discover Beauty and Care Essentials

$86.75 $102.37

In stock and ready to ship with free delivery.

Shop Pay installment options may appear at checkout where eligible.

Free shipping Secure checkout 100% refund eligible
Bundle & save Buy 2 and save checkout time

Choose from a wide range of quality beauty products.

Routine pack Build your routine pack (3)

Fast and free shipping across Canada in 6-8 days.

Free shipping

i

Shipping is free on every order on every order. Dispatch in 1 business day, delivery in 6-8 business days.

Free Returns

i

Return within 30 days, free of charge.

Peak-demand shipping delays

i

During high demand, deliveries may experience short carrier delays. Tracking updates remain active for every order.

Contact Us

Questions before checkout? Email canadaelle.ca@gmail.com and we reply within one business day.

Share

Product Details and Features

Protect Your Hair from Heat and Humidity

Amika The Shield Anti-Humidity Spray is a lightweight, invisible spray that protects your hair from heat styling up to 450°F (230°C). With this spray, you can enjoy frizz-free styles that last throughout the day.

UV Protection for Healthy Hair

This spray contains UV filters, which help shield your hair from the damaging effects of sun exposure. Ensure your hair stays vibrant and healthy while you enjoy the outdoors.

Long-Lasting Frizz Control

Formulated to maintain your hairstyle, The Shield is designed to keep frizz at bay for over 24 hours. Your hair will look smooth and polished, no matter the weather conditions.

Why Choose Amika The Shield?

Amika is committed to quality and community. This product not only protects your hair but also reflects the brand's belief in diversity and inclusivity. Choose Amika for reliable hair care that supports your styling needs.

Pair this spray with other hair care essentials for a complete styling routine.

For external use only. Patch test before first use and discontinue use if irritation occurs.