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product_id
stringlengths
3
8
inci_position
int64
1
295
ingredient
stringlengths
2
93
G1000205
1
water
G1000205
2
caprylic/capric triglyceride
G1000205
3
dicaprylyl carbonate
G1000205
4
diethylamino hydroxybenzoyl hexyl benzoate
G1000205
5
bis-ethylhexyloxyphenol methoxyphenyl triazine
G1000205
6
diethylhexyl butamido triazone
G1000205
7
glycerin
G1000205
8
cetyl alcohol
G1000205
9
ethylhexyl triazone
G1000205
10
c20-22 alkyl phosphate
G1000205
11
cetearyl alcohol
G1000205
12
arginine
G1000205
13
1,2-hexanediol
G1000205
14
glyceryl caprylate
G1000205
15
persea gratissima oil
G1000205
16
tocopherol
G1000205
17
caprylyl glycol
G1000205
18
xanthan gum
G1000205
19
helianthus annuus seed oil
G1000205
20
acrylates/c10-30 alkyl acrylate crosspolymer
G1000205
21
persea gratissima fruit extract
G1006106
1
water
G1006106
2
ethylhexyl methoxycinnamate
G1006106
3
diethylamino hydroxybenzoyl hexyl benzoate
G1006106
4
neopentyl glycol diheptanoate
G1006106
5
ethylhexyl salicylate
G1006106
6
cyclopentasiloxane
G1006106
7
glycerin
G1006106
8
polyglyceryl-6 distearate
G1006106
9
triethanolamine
G1006106
10
methylene bis-benzotriazolyl tetramethylbutylphenol (nano)
G1006106
11
bis-ethylhexyloxyphenol methoxyphenyl triazine
G1006106
12
phenylbenzimidazole sulfonic acid
G1006106
13
jojoba esters
G1006106
14
phenoxyethanol
G1006106
15
caprylyl glycol
G1006106
16
tocopheryl acetate
G1006106
17
dimethicone crosspolymer
G1006106
18
imidazolidinyl urea
G1006106
19
cetyl alcohol
G1006106
20
polyglyceryl-3 beeswax
G1006106
21
xanthan gum
G1006106
22
methyl methacrylate crosspolymer
G1006106
23
potassium cetyl phosphate
G1006106
24
decyl glucoside
G1006106
25
acrylates/c10-30 alkyl acrylate crosspolymer
G1006106
26
disodium edta
G1006106
27
parfum
G1006106
28
sucrose dilaurate
G1006106
29
biosaccharide gum-4
G1006106
30
propylene glycol
G1006106
31
ribes grossularia fruit extract
G1006106
32
spiraea ulmaria leaf extract
G1006106
33
butylated hydroxytoluene
G1006106
34
hydrolyzed cranberry fruit/leaf extract
G1006106
35
vaccinium macrocarpon seed oil
G1006106
36
polysorbate 20
G1006106
37
hydrolyzed algin
G1006106
38
pisum sativum extract
G1006106
39
potassium sorbate
G1006106
40
sodium benzoate
G1006106
41
maris aqua
G1006106
42
chlorella vulgaris extract
G1006106
43
ethylhexylglycerin
G1006106
44
p-anisic acid
G1006106
45
sorbic acid
G102021
1
coco-caprylate/caprate
G102021
2
dicaprylyl carbonate
G102021
3
bis-ethylhexyloxyphenol methoxyphenyl triazine
G102021
4
dibutyl lauroyl glutamide
G102021
5
diethylamino hydroxybenzoyl hexyl benzoate
G102021
6
diethylhexyl butamido triazone
G102021
7
ethylhexyl triazone
G102021
8
dibutyl ethylhexanoyl glutamide
G102021
9
gamma-octalactone
G102021
10
tocopherol
G102021
11
persea gratissima oil
G102021
12
diethylhexyl syringylidenemalonate
G102021
13
caprylic/capric triglyceride
G103045
1
butyl methoxydibenzoylmethane
G103045
2
homosalate
G103045
3
octisalate
G103045
4
octocrylene
G103045
5
water
G103045
6
acrylates copolymer
G103045
7
diisopropyl sebacate
G103045
8
glycerin
G103045
9
isodecyl neopentanoate
G103045
10
isododecane
G103045
11
lauryl lactate
G103045
12
cetyl alcohol
G103045
13
potassium cetyl phosphate
G103045
14
brassica campestris/aleurites fordi oil copolymer
G103045
15
oryza sativa bran extract
G103045
16
cetearyl olivate
G103045
17
ammonium acryloyldimethyltaurate/vp copolymer
G103045
18
hydroxyacetophenone
G103045
19
sorbitan olivate
G103045
20
diethylhexyl syringylidenemalonate
G103045
21
aniba rosaeodora wood oil
End of preview. Expand in Data Studio

Gravel AI — Beauty Product Sample Dataset (Sunscreens × UK)

A free evaluation slice of the Gravel AI Raw Data Service: every sunscreen product tracked on UK retail shelves, entity-resolved and INCI-parsed, with canonical trend tags.

Snapshot: September 2026 · Licence: free for evaluation & research with attribution (see LICENSE.txt)

Dataset structure

Three tables joined on product_id:

Config Rows Description
products 2,617 One row per entity-resolved sunscreen on UK shelves — brand, name, first-seen month, rating, review count, description
ingredients 91,096 Parsed INCI lists — one row per (product, label position, ingredient)
trend_tags 83,122 Canonical trend tags per product — trend name, angle (ingredient / format / claims), launch month

471 brands represented.

products.csv

Column Type Description
product_id string Stable cross-retailer product ID (Gravel entity resolution). Join key.
brand string Resolved brand name, harmonised across retailers and spellings
product_name string Product display name (English)
category string Gravel category slug — sunscreens in this sample
country string Market — UK in this sample
first_seen_month string YYYY-MM First month observed on shelf
star_rating float Average consumer rating (0–5) where exposed by the source
num_reviews int Review count where exposed by the source
description string Product marketing description (English)

ingredients.csv

Column Type Description
product_id string Joins to products
inci_position int 1-based position on the INCI label. Position correlates with concentration — EU rules order ingredients ≥1% by descending concentration.
ingredient string Ingredient name as parsed from the INCI list

trend_tags.csv

Column Type Description
product_id string Joins to products
canonical_trend string Gravel canonical trend name (e.g. "Long-Duration Hydration")
angle string Trend lens: ingredient, formulation (format), claims, and category-specific angles
launch_month string YYYY-MM Month the observation is attributed to

Why this dataset exists

It demonstrates the three layers that separate structured beauty data from scraped listings:

  1. Entity resolution — one record per real product, deduplicated across retailers. product_id is stable across monthly refreshes.
  2. INCI parsing — ingredient lists as ordered, structured rows rather than raw label strings.
  3. Trend tagging — every product mapped to a canonical trend taxonomy.

Example usage

from datasets import load_dataset
import pandas as pd

products = load_dataset("GravelAI/beauty-sample-sunscreens-uk", "products")["train"].to_pandas()
inci     = load_dataset("GravelAI/beauty-sample-sunscreens-uk", "ingredients")["train"].to_pandas()
tags     = load_dataset("GravelAI/beauty-sample-sunscreens-uk", "trend_tags")["train"].to_pandas()

# Most-used ingredients in UK sunscreens
print(inci["ingredient"].str.lower().value_counts().head(20))

# Hero ingredients only (top 5 INCI positions)
heroes = inci[inci.inci_position <= 5]
print(heroes["ingredient"].str.lower().value_counts().head(20))

# Launch cadence by month
print(products.groupby("first_seen_month").size())

What the full service adds

This is 1 category × 1 country. The full Raw Data Service covers 6 million products from 45,000 brands across 40 categories and 200+ retailers in 30+ countries, refreshed monthly, adding pricing and availability history, trade-name / supplier attribution, monthly deltas keyed on stable IDs, and delivery via CSV/Parquet, Snowflake, BigQuery, S3 or REST API — with commercial AI-training licences.

→ gravelai.com/raw-data · Free sample page · Book a demo

Excluded from the sample

Retailer identities and URLs, pricing history, trade-name/supplier attribution, trend evidence text, other categories and countries, and monthly deltas — all reserved for the commercial tiers.

Citation

@misc{gravelai2026beautysample,
  title  = {Gravel AI Beauty Product Sample Dataset (Sunscreens × UK)},
  author = {Gravel AI},
  year   = {2026},
  url    = {https://gravelai.com/raw-data/sample}
}

Questions / full-dataset access: hello@gravelai.com

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