The honey market in India is crowded. Every bottle claims to be pure. Several claim to be natural. A handful claim to be raw. Most of them — including some with "natural" prominently on the label — have been heated above 70°C, filtered under pressure to remove pollen and fine particles, and blended from multiple sources to achieve colour consistency.
This is not fraud. It's standard commercial practice. But it changes what's in the jar, and those changes are worth understanding before you decide what you're buying.
Key Takeaways
- Most commercial honey is heated to 70°C+ and ultra-filtered — this prevents crystallisation and extends shelf life but removes pollen and alters the honey's natural composition.
- Crystallisation is not a defect. It's a natural property of raw, unprocessed honey and a reliable sign the honey hasn't been heavily heat-treated.
- Bichu Buti's Plectranthus White Honey (Chichadi) is raw, unfiltered, and monofloral — it crystallises, which is correct.
- Pollen removal through ultra-filtration makes origin verification impossible. If you can't verify where the honey came from, you don't really know what it is.
What commercial honey processing actually involves
When honey is harvested at scale and needs to reach a consumer months or a year later still looking clear and smooth, two things have to happen: crystallisation needs to be prevented, and microbial activity needs to be controlled. Heating and filtering achieve both.
Here's what happens at each temperature threshold:
| Temperature | What it does |
|---|---|
| 40°C (hive temperature) | The threshold below which honey remains effectively unchanged. Enzymes, pollen, and natural compounds remain intact. |
| 50°C | Enzyme activity begins to slow. Some heat-sensitive compounds start degrading. |
| 60–70°C | Honey liquefies fully and flows easily for filtration. Yeast cells are destroyed. Crystallisation is significantly delayed. |
70°C+ |
Diastase (a naturally occurring enzyme in honey) is largely deactivated. HMF (hydroxymethylfurfural, a marker of heat damage) begins accumulating. Pollen structure breaks down under ultra-filtration pressure. |
Ultra-filtration — filtering under high pressure through extremely fine filters — removes pollen, wax particles, and air bubbles. The result is a product that looks clear and uniform, pours smoothly, and won't crystallise for months or years. It's also a product from which the botanical origin can no longer be verified, because pollen is how origin is identified.
" Pollen removal doesn't just affect the texture of honey — it removes the only reliable way to verify where the honey actually came from.
What raw and unfiltered means — precisely
Processed honey (most commercial)
- Heated to 60–70°C+ to delay crystallisation
- Ultra-filtered: pollen, wax, and fine particles removed
- Often blended from multiple regions or countries for colour consistency
- Clear, uniform appearance, pours smoothly
- Extended shelf life — will not crystallise for months or years
- Botanical origin unverifiable after ultra-filtration
Bichu Buti Plectranthus White Honey
- Not heated above hive temperature — natural composition preserved
- Coarse-strained only: pollen and trace natural solids remain
- Monofloral, single-origin: from Plectranthus (Chichadi) blooms only
- Naturally pale cream to white — colour from the plant source, not processing
- Will crystallise — this is correct and expected
- Botanical origin verifiable: pollen present, source documented
Crystallisation — what it actually means
This is the point where most people get confused, because crystallised honey looks wrong if your reference point is the clear, liquid honey from a supermarket shelf.
Why honey crystallises
Honey is a supersaturated sugar solution — it contains more dissolved sugar than water can normally hold. Over time, glucose molecules naturally come out of solution and form crystals. This is a physical process, not a sign of spoilage or age.
The rate of crystallisation depends on the glucose-to-fructose ratio of the honey, which is determined by the plant source. Honeys high in glucose (like rapeseed honey) crystallise within weeks. Bichu Buti's Plectranthus White Honey (Chichadi), from its specific botanical source, sets to a soft, granular texture relatively quickly — that pale cream or white appearance is the crystallised state.
To soften crystallised honey: place the sealed jar in warm water (not boiling — keep it below 40°C) for 15–20 minutes. The crystals dissolve back into the liquid without any lasting change to the honey.
Heavily processed honey doesn't crystallise because the glucose content has been altered and fine crystal nuclei — the starting points for crystallisation — have been removed by filtration. A honey that never crystallises has either been heavily processed, has a very unusual sugar profile, or has been adulterated.
If your "raw" honey has been sitting for six months and still looks completely clear and liquid: that's worth questioning.
How to read a honey label
| What the label says | What it means (and what it doesn't) |
|---|---|
| "Pure honey" | Means no non-honey additives — does not indicate raw, unfiltered, or minimally processed. |
| "Natural honey" | No defined regulatory meaning in the Indian context. Can be applied to processed honey. |
| "Raw honey" | Means the honey has not been heated above hive temperature. This is meaningful — but check whether it's also unfiltered. |
| "Unfiltered" | Means pollen and natural solids remain. Combined with "raw," this is the strongest indicator of minimal processing. |
| "With pollen" | A positive sign — pollen presence confirms origin is verifiable and ultra-filtration hasn't occurred. |
| "Monofloral" | Means the dominant nectar source is a single plant. Requires testing or documentation to verify — the label claim alone is not proof. |
What this means for Chichadi honey specifically
Bichu Buti's Plectranthus White Honey — also called Chichadi honey — is monofloral, which means the bees foraged predominantly on Plectranthus flowers during a specific, short seasonal bloom. That botanical specificity is verifiable because pollen remains in the honey. Remove the pollen through ultra-filtration, and that specificity is gone — you'd have clear, liquid honey with no way to confirm what plant it came from.
The pale, cream-to-white colour of Chichadi honey is a direct result of the Plectranthus nectar and the natural crystallisation process. It's not processed to look that way. It's what this honey actually is.
If you received a jar and it has set firm or looks grainy — that's correct. It hasn't gone off. Warm water, gentle heat, and it's back to the texture you want.
Bichu Buti Plectranthus White Honey (Chichadi)
Raw. Unfiltered. Monofloral. Wild-foraged from Himalayan Plectranthus blooms — a single flower, a short season, nothing added. Will crystallise. That's the point.
Shop Plectranthus White Honey →
Frequently Asked Questions
Q1. My honey has crystallised completely — has it gone bad?
No. Crystallisation doesn't indicate spoilage. Raw honey with the right sugar profile will crystallise. Soften it in warm water below 40°C and use normally.
Q2. Is there any honey that should never crystallise?
Honeys with a very high fructose-to-glucose ratio — like acacia honey — crystallise very slowly. But "never crystallising" over months or years, especially in a honey claiming to be raw, is more likely a sign of processing than an unusual sugar profile.
Q3. Does heating honey once — say in tea — destroy it?
A single instance of adding raw honey to a warm drink will reduce some of its natural enzyme activity. If you want to preserve the raw character of the honey, use it at or below room temperature — in curd, on bread, or straight off the spoon.
Q4. How do I know if honey is genuinely raw?
Look for: unfiltered (pollen present), not pasteurised on the label, a natural tendency to crystallise over time, and some documentation of origin. Taste also helps — raw honey from a single source has a more defined flavour than blended, processed honey.