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 |
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:
- Entity resolution — one record per real product, deduplicated across retailers.
product_idis stable across monthly refreshes. - INCI parsing — ingredient lists as ordered, structured rows rather than raw label strings.
- 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
- Downloads last month
- 75