Plant‑Based Vitamin Ingredients

1. Structural Identity Verification (HPLC + UV λmax 265 nm)

Each production batch undergoes HPLC and ultraviolet spectrum testing. Retention matching plus 265 nm ethanol absorption reading verifies pine‑derived cholecalciferol shares identical molecular structure with lanolin‑origin Vitamin D3, confirmed via uniform CAS registry number and molecular parameters.

2. Optical Purity & Heavy Metal Compliance

Measured optical rotation falls inside +105°‑+112° scope to guarantee stereochemical purity. Heavy‑element contamination gets strictly controlled: lead content capped at 2 ppm and arsenic limited to 1 ppm, fully satisfying global food‑ingredient safety benchmarks.

3. HALAL, KOSHER & ISO 22000 Certification

Manufacturing site holds complete ISO food‑safety management accreditation, alongside HALAL and KOSHER eligibility papers. Every lot adopts nitrogen‑filled light‑shield packaging strategy, which prevents oxidation degradation throughout overseas transit and warehouse storage cycles.

Pine Phytosterol‑Derived — Plant‑Based Starting Material

Traditional Vitamin D3 resources heavily count on cholesterol extracted from sheep wool lanolin. Our formulation utilizes renewable pine‑tree phytosterols as foundational feedstock. Multi‑step chemical transformation turns plant sterols into finished cholecalciferol. Please note pine substances serve as synthesis precursor rather than direct botanical extract.

1,000,000 IU/g — Standard Commercial Potency for Oil‑Phase Fortification

At 1 000 000 IU/g (2.5% active substance within carrier medium), this oil grade represents mainstream industrial raw material for softgel encapsulation, liquid drop production and lipid‑based fortification premixes. Such high potency supports extremely precise micro‑level dosage configuration for end‑consumer finished goods.

Chemically Identical to Lanolin‑Derived D3 — Verified by CAS and Molecular Formula

Regardless of plant‑origin feedstock, generated cholecalciferol shares identical CAS registry entry, molecular formula and molar mass compared with lanolin‑type D3. HPLC retention behaviour plus 265 nm UV absorption spectrum confirm molecular sameness. Only distinction lies in sterol raw‑material source instead of final compound structure.

MCT Oil Carrier — Directly Compatible with Softgel and Drop Manufacturing

Pre‑dissolved oily form spares manufacturers from dealing with hard‑to‑handle crystalline cholecalciferol powder. This ready‑to‑use feedstock suits softgel filling assembly lines and oral‑drop bottling workflows, skipping extra dissolution operations during premix blending processes.

FUNCTIONAL ROLES

1. Dietary Supplements

Soft‑gel capsules plus liquid oral drops represent mainstream product forms delivering Vitamin D3 within global consumer supplement marketplace.

2. Food Fortification

Applied within enhanced milk, dairy derivatives, margarine, cooking oils and custom‑made nutritional food requiring fat‑soluble vitamin D3 addition.

3. Infant Formula & Follow‑On Formula

Vitamin D3 counts as mandatory fortifying ingredient for baby‑grade formula products under CODEX provisions plus many national regulatory standards.

4. Multi‑Nutrient Premixes

Blended into oil‑phase multi‑vitamin premix formulas combining vitamin A/E/K, for downstream food and supplement manufacturing workflows.

Q1: Is pine‑source Vitamin D3 chemically different from lanolin‑source Vitamin D3?

A: No obvious chemical discrepancy exists. Cholecalciferol converted from pine phytosterols possesses identical CAS registration number, molecular formula and molar mass compared with lanolin‑origin D3. Variation only appears on raw‑material source (pine phytosterol vs sheep‑wool cholesterol), not final purified molecule’s chemical architecture.

Q2: What does 1,000,000 IU/g mean in practical terms?

A: One‑gram oil carries one million international units of active cholecalciferol, equivalent to 25 mg pure substance (2.5 % mass fraction). One IU equals 0.025 microgram cholecalciferol. Such high potency supplies raw material for thousands of finished supplement servings, allowing factories flexible dosage configuration for final consumer goods.

Q3: Can this oil be used directly in food production, or does it require further dilution?

A: Direct application is feasible if your facility supports ultra‑accurate micro‑metering equipment. Most manufacturers prefer secondary dilution down to lower potency e.g.100 000 IU/g for easier large‑batch handling. This one‑million‑IU grade serves as primary high‑concentration starting feedstock for those diluted premix goods.