Ingredients Shilajit
One Ingredient. Built for Real Impact.
We don’t believe in adding more ingredients to fix the problem.
Most products stack blends without addressing how your body actually produces and sustains energy. NAPHS is different. Sourced from high-altitude Himalayan regions, this pure shilajit resin contains fulvic acid and trace minerals that support cellular energy production and nutrient transport.
Instead of temporary boosts, it works at a foundational level – helping your body maintain energy, support recovery, and stay consistent over time.
Free of
- GMOs
- Artificial Sweeteners
- Gluten
- Dairy or Lactose
- Egg or Peanuts
Diet Friendly
- Vegetarian
- Vegan
- Low-carb
Quality Sourcing
Not Mass Procurement. Controlled Sourcing.
We don’t buy ingredients off open commodity markets.
Origin Selected
Region-specific, not generic india sourcing
Batch Tested
For purity & active compounds
Standardized
For consistency, not guesswork
Verified
Through third-party testing
We work directly with regional growers, collectors, and processing partners – not anonymous bulk suppliers.
Why it matters
Most supplements fail at the sourcing level – low potency, adulteration, or inconsistency batch to batch.
We remove that variability so what you take actually delivers the same effect every time.
Farm To Label
From Indian terrain → to your daily routine.
Our ingredients don’t travel through 5 middlemen.
They move:
Origin Selected
Region-specific, not generic india sourcing
Batch Tested
For purity & active compounds
Standardized
For consistency, not guesswork
Verified
Through third-party testing
We’ve built visibility across the chain – from where it’s grown to what reaches your body.
No vague sourcing. No hidden swaps.
Why it matters
Most brands hide behind “imported” or “premium sourcing.”
We focus on traceability + potency, so you know exactly what you’re taking – and why it works.
Ingredient Blocks
Shilajit Resin
- Himalayan Range (~18,000 ft), India
Shilajit is sourced from high-altitude Himalayan rock formations, where slow mineral decomposition creates a dense, bioactive resin.
Purified and standardized for high fulvic acid content, this is true resin – not diluted powder.
Used to support cellular energy, nutrient absorption, and sustained physical and mental performance, shilajit plays a key role in maintaining daily consistency.
What People Are Saying
FAQs
01. What exactly is shilajit made of?
Shilajit is composed of fulvic acid, humic acid, dibenzo-alpha-pyrones, and 80+ trace minerals formed naturally over time in mountainous regions.
02. Why is fulvic acid important in shilajit?
Fulvic acid helps transport nutrients into cells, which supports energy production and overall cellular function.
03. What role do trace minerals play in shilajit?
Trace minerals act as cofactors in metabolic processes, helping support energy, recovery, and overall performance.
04. What are dibenzo-alpha-pyrones and why do they matter?
They are bioactive compounds that support mitochondrial function, helping improve how your body produces and sustains energy.
05. How does humic acid contribute to the benefits?
Humic acid supports mineral absorption and helps maintain cellular balance, complementing fulvic acid’s transport function.
06. Where is your shilajit sourced from?
Sourced from high-altitude Himalayan regions, where environmental conditions support the formation of high-quality resin.
07. Does altitude actually affect shilajit quality?
Yes. Higher-altitude sourcing is associated with better mineral density and purity due to slower natural formation.
08. Why is shilajit in resin form instead of powder?
Resin is the least processed form, helping preserve its natural composition and bioactive compounds.
09. How do you ensure the ingredient is pure?
Each batch is purified and tested for heavy metals, contaminants, and composition to ensure safety and consistency.
10. Why does natural shilajit vary slightly in texture or color?
Because it’s a natural substance, minor variations are normal and indicate minimal processing rather than standardization through additives.
