You can check the price history of Maybelline New York Sunkisser Hazy Matte Blush, Coastal Crush (Pack of 2) here. This product's current Price in India is ₹838. The average and highest prices are ₹861 and ₹908 respectively.
Lowest Ever Price
₹838
4th Sep 2026
Average Price
₹861
Based on 12 days price tracking
Highest Price
₹908
30th Aug 2026
Current Price in India
Price
₹838
MRP
₹1,398
Savings
₹560
Discount
40.05%
Recent Price Drops on Maybelline New York Sunkisser Hazy Matte Blush, Coastal Crush (Pack of 2)
Price Drop4th Sep 2026
₹908→₹838
7.71% drop
Product Information
Details
Product Name
Maybelline New York Sunkisser Hazy Matte Blush, Coastal Crush (Pack of 2)
Store Product Code
B0HG8VVDSW
Store Name
amazon.in
Brand
Maybelline
Rating
8.6 / 10
Category
Blushes
Product Manufacturer
YICHANG TIANMEI INTERNATIONAL COSMETICS
Model Number
SUNMAT39
Features
The information below is per-pack only
EVERLASTING SUMMER SUNKISSED CHEEKS: Recreate sunkissed warmth and radiance anywhere and anytime with 4 flattering hazy matte shades of this Maybelline Blusher.
MELT-TO-SKIN PIGMENTED FORMULA: Its advanced lightweight formula seamlessly blends into the skin, feels comfortable, and delivers a bright hazy matte finish.
TRANSFER-PROOF, SWEAT-PROOF FOR UP TO 12-HOUR: Get unmatched sunkissed finish with the new Maybelline blush, which resists transfer and sweat for up to 12 hours.
EASY-TO-USE WITH BUILDABLE PIGMENTS: Its plush dot applicator blends easily without any hassle, allowing seamless buildability for an intense look.
NON-COMEDOGENIC BLUSH: Maybelline Sunkisser Hazy Matte Blush is non-comedogenic, paraben-free, and suits sensitive skin. Designed for a wide range of skin tones.
Images
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Rating and Reviews
8.6Based on 1211 reviews
Maybelline New York Sunkisser Hazy Matte Blush has 8.6 rating out of 10. This average rating is consist of 1211 individual ratings. You can rate this product at product review page.
* Predictions is created on based of past prices and trends, it does not guarantee that it will happen. These are just prediction for theoretical information only.