Light Labs

David partners with Light Labs, an independent testing lab, to verify the safety and integrity of its products.

1 of 1 within limit

Supports muscle, metabolism, and recovery. We confirm the amount of protein in your product matches the label.

Substance within limit set by David

Protein

29.1 grams

Last tested Aug 07, 2025

2 of 2 within limit

Widely used herbicide that can remain on crops. We test to help minimize dietary exposure and keep ingredient inputs clean.

Understanding the results for Glyphosate

Not detected means the substance is below detectable levels by third-party lab tests.

Substance within limit set by David

Glyphosate

Not detected

Substance within limit set by David

AMPA

Not detected

Last tested Apr 25, 2025

4 of 4 within limit

Elements like lead and mercury occur in nature. We monitor levels closely to help ensure product quality and transparency.

Understanding the results for

Lead

The substance is below measurable levels by third-party lab tests.

Not detected means the substance is below detectable levels by third-party lab tests.

The substance is below measurable levels by third-party lab tests.

A cup of brown rice typically has around 10.112 micrograms/serving of arsenic

Substance within limit set by David

Lead

< 0.15 micrograms

Substance within limit set by David

Mercury

Not detected

Substance within limit set by David

Cadmium

< 0.01 micrograms

Substance within limit set by David

Arsenic

< 0.14 micrograms

Last tested Apr 24, 2025

2 of 2 within limit

Plastic-related compounds that may leach from products or packaging. We screen to help keep them out of your finished product.

Understanding the results for Bisphenols

The substance is below measurable levels by third-party lab tests.

Substance within limit set by David

Bisphenol A

< 1 parts per billion

Substance within limit set by David

Bisphenol S

< 1 parts per billion

Last tested Apr 25, 2025

23 of 23 within limit

Plastic-related compounds that can migrate into products. We screen for phthalates to help keep contamination low.

Substance within limit set by David

Dimethyl phthalate

< 1 part per billion

Substance within limit set by David

Diethyl phthalate

< 1 part per billion

Substance within limit set by David

Diallyl phthalate

< 1 part per billion

Substance within limit set by David

Diisobutyl phthalate

< 1 part per billion

Substance within limit set by David

Dibutyl phthalate

< 1 part per billion

23 of 23 within limit

Plastic-related compounds that can migrate into products. We screen for phthalates to help keep contamination low.

Substance within limit set by David

Bis (2-methoxyethyl) phthalate

< 10 parts per billion

Substance within limit set by David

Bis (4-methyl-2-pentyl) phthalate

< 1 part per billion

Substance within limit set by David

Bis (2-ethoxyethyl) phthalate

< 1 part per billion

Substance within limit set by David

Dipentyl phthalate

< 1 part per billion

Substance within limit set by David

Dihexyl phthalate

< 1 part per billion

23 of 23 within limit

Plastic-related compounds that can migrate into products. We screen for phthalates to help keep contamination low.

Substance within limit set by David

Benzylbutyl phthalate

< 5 parts per billion

Substance within limit set by David

Bis (2-n-butoxyethyl) phthalate

< 20 parts per billion

Substance within limit set by David

Dicyclohexyl phthalate

< 1 part per billion

Substance within limit set by David

Bis (2-ethylhexyl) phthalate

< 8 parts per billion

Substance within limit set by David

Diphenylphthalate

< 1 part per billion

23 of 23 within limit

Plastic-related compounds that can migrate into products. We screen for phthalates to help keep contamination low.

Substance within limit set by David

Di-n-octylphthalate

< 1 part per billion

Substance within limit set by David

Diisononyl ortho phthalate

< 20 parts per billion

Substance within limit set by David

Dinonyl phthalate

< 1 part per billion

Substance within limit set by David

Diisodecyl Adipate

< 20 parts per billion

Substance within limit set by David

Di (2-ethylhexyl) terephthalate

< 20 parts per billion

23 of 23 within limit

Plastic-related compounds that can migrate into products. We screen for phthalates to help keep contamination low.

Substance within limit set by David

Diisodecyl phthalate

< 50 parts per billion

Substance within limit set by David

Diisononyl 1,2-cyclohexanedicarboxylic acid

< 20 parts per billion

Substance within limit set by David

Diethylhexyl Adipate

< 43 parts per billion

Last tested Apr 30, 2025

1 of 5

30 of 30 within limit

PFAS are “forever chemicals” used to increase product durability, widespread in our water system and linked to cancer, hormone disruption, and other health risks.

Understanding the results for PFAS

The substance is below measurable levels by third-party lab tests.

Substance within limit set by David

PFTrDS

< 0.1 parts per billion

Substance within limit set by David

PFTeDA

< 0.1 parts per billion

Substance within limit set by David

PFPeA

< 0.2 parts per billion

Substance within limit set by David

PFOA

< 0.2 parts per billion

Substance within limit set by David

PFNA

< 0.2 parts per billion

30 of 30 within limit

PFAS are “forever chemicals” used to increase product durability, widespread in our water system and linked to cancer, hormone disruption, and other health risks.

Understanding the results for PFAS

The substance is below measurable levels by third-party lab tests.

Substance within limit set by David

PFDA

< 0.1 parts per billion

Substance within limit set by David

PFHxA

< 0.2 parts per billion

Substance within limit set by David

PFDoS

< 0.2 parts per billion

Substance within limit set by David

PFBA

< 1 part per billion

Substance within limit set by David

FOSA

< 0.1 parts per billion

30 of 30 within limit

PFAS are “forever chemicals” used to increase product durability, widespread in our water system and linked to cancer, hormone disruption, and other health risks.

Understanding the results for PFAS

The substance is below measurable levels by third-party lab tests.

Substance within limit set by David

4:2FTS

< 0.2 parts per billion

Substance within limit set by David

10:2 FTS

< 0.1 parts per billion

Substance within limit set by David

PFUnA

< 0.1 parts per billion

Substance within limit set by David

PFPeS

< 0.2 parts per billion

Substance within limit set by David

PFOS

< 0.1 parts per billion

30 of 30 within limit

PFAS are “forever chemicals” used to increase product durability, widespread in our water system and linked to cancer, hormone disruption, and other health risks.

Understanding the results for PFAS

The substance is below measurable levels by third-party lab tests.

Substance within limit set by David

PFNS

< 0.1 parts per billion

Substance within limit set by David

PFHxS

< 0.2 parts per billion

Substance within limit set by David

PFHpS

< 0.1 parts per billion

Substance within limit set by David

PFDS

< 0.1 parts per billion

Substance within limit set by David

PFDoA

< 0.1 parts per billion

30 of 30 within limit

PFAS are “forever chemicals” used to increase product durability, widespread in our water system and linked to cancer, hormone disruption, and other health risks.

Understanding the results for PFAS

The substance is below measurable levels by third-party lab tests.

Substance within limit set by David

PFBS

< 0.1 parts per billion

Substance within limit set by David

DONA

< 0.1 parts per billion

Substance within limit set by David

9Cl-PF3ONS

< 0.1 parts per billion

Substance within limit set by David

6:2FTS

< 0.2 parts per billion

Substance within limit set by David

8:2FTS

< 0.1 parts per billion

30 of 30 within limit

PFAS are “forever chemicals” used to increase product durability, widespread in our water system and linked to cancer, hormone disruption, and other health risks.

Understanding the results for PFAS

The substance is below measurable levels by third-party lab tests.

Substance within limit set by David

11Cl-PF3OUdS

< 0.1 parts per billion

Substance within limit set by David

PFUnDS

< 0.1 parts per billion

Substance within limit set by David

PFHpA

< 0.1 parts per billion

Substance within limit set by David

PFTrDA

< 0.2 parts per billion

Substance within limit set by David

HFPO-DA

< 0.1 parts per billion

Last tested Aug 18, 2025

1 of 6

Results approved by

Lev Spivak-Birndorf, Lab Director

Accredited lab

Light Labs is the modern testing lab for cleaner, safer products. We partner with brands to rigorously verify product purity and translate complex lab data into clear, trustworthy insights for consumers. By combining scientific integrity with consumer-friendly transparency, we help brands confidently stand behind their quality.