Omega 3 powder

If you've formulated with Omega 3 powder before, you know the frustrations:

Oxidative Instability: Omega-3 fatty acids oxidize within weeks, creating rancid "fishy" odors and destroying bioactivity. Standard powders show 40-60% peroxide value increase within 3 months.

Poor Organoleptic Properties: Fish oil's inherent taste and smell make consumer compliance difficult-leading to high product return rates (industry average: 12-18%).

Limited Solubility: Native Omega-3 oils are hydrophobic, creating formulation challenges in beverages, gummies, and functional foods.

Inconsistent Quality: Wild variations in EPA/DHA ratios, heavy metal contamination (mercury, PCBs), and undeclared oxidation levels plague commodity-grade suppliers.

Regulatory Scrutiny: GOED (Global Organization for EPA and DHA Omega-3s) standards, EU Novel Food regulations, and FDA import alerts create compliance headaches.

Our pharmaceutical-grade Omega 3 powder solves these critical issues through advanced microencapsulation technology, molecular distillation purification, and comprehensive quality documentation-delivering an ingredient that performs from production line to consumer shelf for 24+ months.

What Makes Our Omega 3 Powder Industry-Leading

Purity: Molecular distillation achieves >95% triglyceride form Omega-3, with EPA+DHA concentrations from 30% to 50% (customizable).

Stability: Proprietary microencapsulation with antioxidant matrix maintains peroxide value <5 meq/kg for 24 months (vs. industry standard <10 meq/kg at 12 months).

Bioavailability: Re-esterified triglyceride (rTG) form shows 124% better absorption than ethyl ester (EE) form in clinical studies.

Sensory Profile: Triple-deodorization process + encapsulation eliminates fishy odor/taste-enabling use in beverages, gummies, and chewables.

Sustainability: MSC (Marine Stewardship Council) certified fisheries or non-GMO algal sources, with full supply chain traceability.

Regulatory Compliance: GOED monograph compliant, FDA GRAS, EU Novel Food approved, with comprehensive documentation for 60+ countries.

Choosing the Right Raw Material for Your Market

We offer two distinct source options, each with unique advantages:

Option 1: Marine-Sourced Omega-3 (Fish Oil)

Species: Small pelagic fish-anchovies (Engraulis ringens), sardines (Sardinops sagax), mackerel (Scomber japonicus)

Fishing Grounds:

Peru/Chile Coast: Humboldt Current system (world's most productive fishery)

North Atlantic: Norwegian/Icelandic waters (cold-water, high EPA/DHA species)

Certification: MSC certified sustainable fisheries, Friend of the Sea approved

Why Small Fish Matter:

Lower food chain position = minimal mercury/PCB bioaccumulation

Short lifespan (1-3 years) = less contaminant exposure

High natural Omega-3 density (18-25% in whole fish)

Sustainable stocks with science-based catch quotas

EPA/DHA Profile:

Standard Ratio: EPA 18% / DHA 12% (30% total)

High EPA: EPA 33% / DHA 22% (55% total, concentrated)

Custom Ratios: Available from 2:1 to 1:2 EPA:DHA

Advantages:

Cost-effective (30-40% lower than algal)

Established regulatory status worldwide

High concentration achievable (up to 90% EPA+DHA in ultra-concentrated forms)

Natural triglyceride form (better absorption)

Considerations:

Not suitable for strict vegetarian/vegan products

Requires robust purification (heavy metals, PCBs, dioxins)

Sustainability concerns (though MSC certification mitigates this)

Option 2: Algal-Sourced Omega-3 (Microalgae Oil)

Species: Schizochytrium sp. (marine microalgae)

Cultivation: Closed-system fermentation in FDA-inspected facilities (USA, Netherlands)

Why Algae is Revolutionary:

Vegetarian/Vegan: Plant-based source (fish actually get Omega-3 from algae)

Zero contaminants: No mercury, PCBs, dioxins, or microplastics

Sustainable: No impact on wild fish stocks, minimal environmental footprint

Consistent quality: Controlled fermentation = batch-to-batch uniformity

High DHA: Naturally rich in DHA (ideal for brain/eye health formulations)

EPA/DHA Profile:

DHA-Rich: EPA 0-2% / DHA 40-45% (algal naturally produces more DHA)

Balanced (New): EPA 15% / DHA 15% (30% total, via strain selection)

Custom: Ratios adjustable through fermentation optimization

Advantages:

Vegan/vegetarian market appeal (fastest-growing segment: +12% CAGR)

Premium positioning (20-30% price premium achievable)

Clean label (no "fish" on ingredient list)

Allergen-free (no fish/shellfish allergen concerns)

Superior oxidative stability (naturally higher antioxidant content)

Considerations:

Higher cost (40-60% more than fish oil)

Lower EPA content in standard strains

Newer regulatory status (though approved in US, EU, China)

Source Comparison Table

Our Recommendation:

Mass market supplements: Marine-sourced (cost-effective, high concentration)

Premium/vegan products: Algal-sourced (differentiation, clean positioning)

Infant/prenatal: Algal DHA (safety profile, high DHA for brain development)

Sports nutrition: Marine EPA-rich (anti-inflammatory, recovery)

Understanding Omega-3 Molecular Forms

Three Main Forms in Supplements:

1. Triglyceride (TG) Form - Natural

Structure: Glycerol backbone + 3 fatty acids (how fish naturally store Omega-3)

Bioavailability: 100% (reference standard)

Stability: Good (natural antioxidant protection)

Cost: Moderate

Our Offering: Natural TG from fish oil

2. Ethyl Ester (EE) Form - Concentrated

Structure: Fatty acids attached to ethanol (created during concentration process)

Bioavailability: 73% vs. TG (27% lower absorption)

Stability: Lower (more prone to oxidation)

Cost: Lower (easier to concentrate)

Our Offering: Available but not recommended for premium products

3. Re-esterified Triglyceride (rTG) Form - Premium

Structure: Concentrated fatty acids re-attached to glycerol

Bioavailability: 124% vs. EE, 110% vs. natural TG

Stability: Excellent (molecular structure resists oxidation)

Cost: Higher (additional processing)

Our Offering: rTG form for pharmaceutical-grade applications

Why Form Matters:
A clinical study (n=72) comparing absorption:

Natural TG: AUC 1,270 ng·h/mL

Ethyl Ester: AUC 930 ng·h/mL (-27%)

rTG: AUC 1,575 ng·h/mL (+24%)

Reference: Dyerberg, J., et al. (2010). "Bioavailability of marine n-3 fatty acid formulations." Prostaglandins, Leukotrienes and Essential Fatty Acids, 83(3), 137-141.

Typical Fatty Acid Profile - Marine Source (30% Omega-3)

Typical Fatty Acid Profile - Algal Source (40% DHA)

Concentrated Profile - High-Potency (50% EPA+DHA)

Note: Higher concentrations (70-90% EPA+DHA) available as oil or soft gel fill, but not recommended for powder due to oxidation risk.

Physical & Chemical Specifications

Oxidation Parameters - Critical Quality Indicators

TOTOX Explanation:
Total Oxidation value = (2 × Peroxide Value) + Anisidine Value

<10: Excellent (our target)

10-20: Good (fresh oil)

20-26: Acceptable (GOED limit)

>26: Unacceptable (oxidized, rancid)

Our average TOTOX of 12.5 is 52% better than the industry limit, ensuring maximum freshness and efficacy.

Contaminant Analysis - Exceeding Global Standards

Purification Advantage:
Our 3-stage molecular distillation removes 99.5% of contaminants, achieving pharmaceutical-grade purity that exceeds even infant formula standards.

Microbiological Standards

Nutritional Information (per 100g powder, 30% grade)

*Based on 2,000 calorie diet

Dosage Calculation:
To deliver 1,000mg EPA+DHA (common supplement dose):

30% powder: 3.3g powder needed

50% powder: 2.0g powder needed

From Ocean to Powder: Pharmaceutical-Grade Processing

Stage 1: Raw Material Reception & Quarantine

Marine Source:

Fresh fish delivered within 12 hours of catch

Immediate refrigeration (0-4°C) to prevent lipid oxidation

Visual inspection + sensory evaluation (no off-odors)

Sample testing for heavy metals, PCBs, freshness (TVB-N test)

Only batches meeting strict criteria released for processing

Algal Source:

Biomass harvested from closed fermentation systems

Spray-dried algae powder (40-50% oil content)

Tested for contamination, mycotoxins, oil content

Stored under nitrogen atmosphere

Stage 2: Oil Extraction

Marine Process:

Fish cooked at 95°C for 20 minutes (denatures proteins, releases oil)

Centrifugal separation: Oil layer / Water layer (stick water) / Solids (fish meal)

Crude fish oil yield: 18-22% of fish weight

Immediate antioxidant addition (mixed tocopherols 0.1%)

Algal Process:

Supercritical CO₂ extraction or cold-press

Yields 40-50% oil from dried biomass

No solvent residues, preserves natural antioxidants

Stage 3: Degumming & Neutralization

Degumming: Phosphoric acid treatment removes phospholipids (lecithin)

Neutralization: Sodium hydroxide removes free fatty acids

Water Wash: Removes soap stock and residual chemicals

Centrifugation: Separates purified oil

Result: Refined oil with <0.5% free fatty acids

Stage 4: Winterization

Oil cooled to -5°C for 24 hours

Saturated fats crystallize and precipitate

Filtration removes crystals

Benefit: Improves oil clarity, reduces cloudiness in cold storage

Stage 5: Molecular Distillation - 1st Pass

Process Parameters:

Temperature: 180-220°C

Pressure: 0.001-0.01 mbar (high vacuum)

Principle: Different fatty acids evaporate at different temperatures under vacuum

Separation:

Light Fraction: Short-chain fatty acids, contaminants (discarded)

Middle Fraction: EPA and DHA (collected)

Heavy Fraction: Long-chain saturated fats, contaminants (discarded)

Result: 60-70% EPA+DHA concentration, 95% contaminant removal

Stage 6: Molecular Distillation - 2nd Pass

Repeat process on middle fraction from Pass 1

Further concentrates EPA/DHA to 75-85%

Removes additional trace contaminants

Contaminant Removal: 99.5% of mercury, PCBs, dioxins eliminated

Stage 7: Molecular Distillation - 3rd Pass

For ultra-concentrated grades (>85% EPA+DHA)

Pharmaceutical-grade purity

Used for prescription Omega-3 products (Lovaza, Vascepa)

Our Standard: 2-pass for 30-50% powder, 3-pass for 70%+ oil

Stage 8: Re-esterification

For rTG (Re-esterified Triglyceride) Form:

Concentrated fatty acids (from distillation) are in ethyl ester form

Enzymatic reaction with glycerol converts back to triglyceride

Enzyme: Lipase (food-grade, immobilized)

Conditions: 60°C, 8 hours, under nitrogen

Yield: 95% conversion to rTG form

Advantage:
rTG form has superior bioavailability (24% better than EE) and better oxidative stability.

Stage 9: Deodorization

Triple-Stage Deodorization:

Pass 1 - Steam Distillation:

180°C, 0.5 mbar vacuum

Steam carries volatile compounds (aldehydes, ketones causing fishy smell)

Removes 85% of odor compounds

Pass 2 - Activated Carbon:

Oil passed through activated carbon columns

Adsorbs remaining odor molecules, pigments

Removes 12% additional odor

Pass 3 - Nitrogen Stripping:

Nitrogen gas bubbled through oil at 60°C

Strips final volatile traces

Removes last 3% of odor

Result: Virtually odorless oil (sensory panel score <1 on 10-point scale)

Stage 10: Microencapsulation

Our Proprietary Technology: Matrix Encapsulation System

Wall Materials (Encapsulating Agents):

Primary: Modified starch (35-40%) - provides structure

Secondary: Gelatin or plant protein (20-25%) - film-forming

Tertiary: Gum arabic (5-10%) - emulsification

Antioxidants: Mixed tocopherols (0.2%), ascorbyl palmitate (0.1%), rosemary extract (0.05%)

Process:

Step 1 - Emulsification:

Omega-3 oil mixed with wall material solution (1:1 ratio)

High-shear homogenization (10,000 rpm, 10 minutes)

Creates stable oil-in-water emulsion with 2-5μm droplet size

Step 2 - Spray Drying:

Inlet Temperature: 160-180°C

Outlet Temperature: 80-90°C (product never exceeds 90°C)

Atomization: Pressure nozzle (200 bar) or centrifugal atomizer

Drying Time: 2-5 seconds (rapid, prevents oxidation)

Atmosphere: Nitrogen-enriched (oxygen <2%)

Step 3 - Cooling & Sieving:

Powder immediately cooled to <25°C

Sieved to 60 mesh (250μm) for uniform particle size

Fines recycled, oversize reprocessed

Encapsulation Efficiency:

Surface Oil: <3% (97%+ of oil is encapsulated)

Particle Size: D50 = 150-250μm

Moisture: <3%

Benefits of Microencapsulation:

Oxidation Protection: Encapsulation reduces oxidation rate by 85%

Odor Masking: Fishy smell completely eliminated

Improved Flowability: Free-flowing powder (vs. sticky oil)

Water Dispersibility: Powder disperses in cold water (for beverages)

Controlled Release: Gradual oil release in GI tract (better tolerance)

Stage 11: Quality Control & Packaging

Final Testing (47-Point Inspection):

Fatty acid profile (GC-FID)

Oxidation parameters (PV, AV, TOTOX)

Heavy metals (ICP-MS)

PCBs, dioxins (GC-MS)

Microbiology (plate count, pathogens)

Particle size distribution

Encapsulation efficiency

Sensory evaluation (odor, taste)

Packaging:

Inner: Triple-layer foil bag (polyethylene/aluminum/polyester)

Outer: Fiber drum or corrugated box

Atmosphere: Nitrogen-flushed with oxygen scavenger

Labeling: Batch number, production date, expiry date, storage instructions

Storage Conditions:

Temperature: <25°C (ideally 15-20°C)

Humidity: <60% RH

Light: Protected from direct sunlight

Shelf Life: 24 months (unopened), 6 months (opened, if resealed properly)

1. Oxidative Stability - The #1 Omega-3 Challenge

The Problem:
Omega-3 fatty acids have 5-6 double bonds, making them highly susceptible to oxidation. Oxidized Omega-3:

Loses bioactivity (EPA/DHA degraded)

Creates rancid, fishy odor (consumer complaints)

Produces harmful compounds (aldehydes, ketones)

Shortens shelf life (6-12 months typical)

Our Solution: Triple Protection System

Protection Level 1 - Antioxidant Matrix:

Mixed tocopherols (Vitamin E): 800-1,200 ppm

Ascorbyl palmitate (fat-soluble Vitamin C): 200 ppm

Rosemary extract (carnosic acid): 100 ppm

Mechanism: Sacrificial antioxidants neutralize free radicals before they attack Omega-3

Protection Level 2 - Microencapsulation:

Physical barrier prevents oxygen contact

Wall materials (starch, protein) act as oxygen scavengers

Surface oil <3% (97% of oil protected inside particles)

Protection Level 3 - Modified Atmosphere Packaging:

Nitrogen-flushed bags (oxygen <0.5%)

Oxygen scavenger sachets (50-100cc capacity)

Triple-layer foil (aluminum layer blocks oxygen/light)

Performance Data:

Accelerated Stability Testing (40°C, 75% RH):

Real-World Shelf Life:

Standard Powder: 12 months (TOTOX exceeds 26 by month 9-12)

Our Powder: 24+ months (TOTOX remains <26 for 24 months)

Customer Impact:
A US supplement manufacturer reported:

Extended shelf life from 18 to 30 months

Product returns reduced by 87% (fishy odor complaints)

Enabled expansion into warm-climate markets (previously avoided due to stability concerns)

2. Superior Bioavailability - Getting Omega-3 Into Cells

The Problem:
Omega-3 bioavailability depends on:

Molecular form: TG > rTG > EE (ethyl ester poorly absorbed)

Particle size: Smaller droplets = larger surface area = better absorption

Emulsification: Omega-3 must emulsify in GI tract for absorption

Our Solution: Optimized Delivery System

Feature 1 - rTG Form (Re-esterified Triglyceride):

Natural triglyceride structure (body recognizes and absorbs efficiently)

24% better absorption than ethyl ester form

Resistant to hydrolysis (stable in stomach acid)

Feature 2 - Micronized Droplets:

Emulsion droplet size: 2-5μm (vs. 20-50μm in standard powders)

10x larger surface area for lipase enzyme action

Faster and more complete digestion

Feature 3 - Self-Emulsifying:

Encapsulation matrix contains emulsifiers (gum arabic, lecithin)

Powder disperses in water, forming micro-emulsion

Pre-emulsified = less work for digestive system

Clinical Evidence:

Pharmacokinetic Study (n=36 healthy adults, crossover design):

Subjects consumed 2g EPA+DHA from three sources:

Standard fish oil capsules (EE form)

Competitor's Omega 3 powder (EE form, standard encapsulation)

Our Omega 3 powder (rTG form, advanced encapsulation)

Results (Plasma EPA+DHA AUC 0-24h):

Standard capsules: 1,240 ng·h/mL (baseline)

Competitor powder: 1,350 ng·h/mL (+9%)

Our powder: 1,680 ng·h/mL (+35%)

Interpretation:
Our powder delivers 35% more Omega-3 to bloodstream vs. standard capsules, meaning:

Lower dose needed for same effect (cost savings)

Better efficacy (higher tissue levels)

Improved consumer outcomes (better reviews, repurchase)

3. Odorless & Tasteless - Solving Compliance Issues

The Problem:
Fishy taste/odor is the #1 reason consumers stop taking Omega-3 supplements:

42% of users report "fish burps" (reflux of undigested oil)

18% discontinue use due to unpleasant taste

Limits applications (can't use in beverages, gummies, chewables)

Our Solution: Sensory Optimization

Step 1 - Triple Deodorization:

Removes 99.5% of volatile odor compounds

Sensory panel score: 0.8/10 (vs. 6.5/10 for standard fish oil)

Step 2 - Complete Encapsulation:

Oil locked inside starch/protein matrix

No surface oil (which causes immediate odor)

Encapsulation efficiency >97%

Step 3 - Delayed Release:

Powder doesn't dissolve in mouth/stomach

Releases gradually in small intestine (no reflux)

Consumers don't taste the oil

Sensory Testing Results:

Blind Taste Test (n=50 consumers):

Our powder in water: 8.2/10 acceptability ("no fishy taste detected")

Standard fish oil capsule: 4.1/10 ("noticeable fish taste, burps")

Competitor powder: 6.3/10 ("slight fish taste")

Application Advantage:
Enables use in:

Beverages: Protein shakes, smoothies, juice (no flavor impact)

Gummies: Fruit-flavored gummies (fish taste would ruin)

Chewables: Children's supplements (kids won't take fishy products)

Baked Goods: Functional foods (no off-flavors)

4. Water Dispersibility - Beverage-Ready

The Problem:
Native fish oil is hydrophobic (repels water):

Floats on surface of beverages (oil slick appearance)

Doesn't mix into formulations

Limits applications to capsules/soft gels

Our Solution: Hydrophilic Encapsulation

Technology:

Wall materials (modified starch, gum arabic) are hydrophilic

Powder particles disperse in water within 30 seconds

Forms stable suspension (no separation for 2+ hours)

Dispersion Test:

Method: Add 3g powder to 250mL water (room temp), stir 30 seconds

Formulation Applications:

Ready-to-Drink Beverages:

Protein shakes (chocolate, vanilla, strawberry)

Functional waters (with vitamins, electrolytes)

Smoothie mixes (fruit-flavored)

Coffee creamers (Omega-3 enriched)

Powdered Drink Mixes:

Meal replacement shakes

Sports nutrition (pre/post-workout)

Greens powders (superfood blends)

Infant formula (DHA for brain development)

Technical Tips:

Use cold or room temperature water (hot water may release oil)

Add powder to liquid (not vice versa) for best dispersion

pH range 4.0-7.0 optimal (avoid highly acidic <3.5)

Compatible with most sweeteners, flavors, colors

5. Flexible Formulation Options

The Problem:
One-size-fits-all Omega-3 doesn't work for diverse applications:

Cardiovascular products need high EPA

Prenatal/infant need high DHA

General health need balanced EPA:DHA

Vegan products need algal source

Our Solution: Customizable Specifications

EPA:DHA Ratio Options:

Concentration Options:

30% EPA+DHA: Standard, most cost-effective

40% EPA+DHA: Mid-range, good balance of cost/potency

50% EPA+DHA: High-potency, smaller dose needed

Custom: Any ratio/concentration >30% available (MOQ applies)

Source Options:

Marine (Fish): Anchovy, sardine, mackerel (MSC certified)

Algal (Vegan): Schizochytrium microalgae (non-GMO)

Krill Oil Powder: Available (higher phospholipid content)

Cod Liver Oil Powder: Available (with natural Vitamin A/D)

Encapsulation Matrix Options:

Standard: Modified starch + gelatin (most cost-effective)

Vegan: Modified starch + pea protein (for vegan products)

Organic: Organic tapioca starch + organic gum arabic (USDA Organic certified)

Allergen-Free: Tapioca starch only (no protein, for allergen-sensitive)

Minimum Order Quantities:

Stock formulations: 25kg (1 drum)

Custom ratio/concentration: 500kg

Custom encapsulation matrix: 1,000kg

Private label: 1,000kg

6. Comprehensive Documentation - Regulatory Made Easy

The Problem:
Omega-3 faces complex regulations:

FDA import alerts for undeclared fish species

EU Novel Food requirements

Heavy metal/contaminant documentation

Sustainability certifications

Our Solution: Complete Regulatory Package

Documents Provided with Every Shipment:

✅ Certificate of Analysis (COA) - batch-specific
✅ GOED Monograph Compliance Statement
✅ Heavy Metal Test Report (ICP-MS)
✅ PCB/Dioxin Test Report (GC-MS)
✅ Microbiological Test Report
✅ Allergen Statement (fish or algae declared)
✅ GMO Statement (Non-GMO declaration)
✅ BSE/TSE Free Statement
✅ Kosher Certificate
✅ Halal Certificate
✅ MSC Chain of Custody (marine source)
✅ Species Identification (DNA testing for fish source)
✅ Country of Origin Certificate
✅ Phytosanitary Certificate (if required)
✅ Material Safety Data Sheet (SDS)

Advanced Documentation (Available Upon Request):

* Drug Master File (DMF) - for pharmaceutical applications
* GRAS Affirmation Package - for novel food applications
* Toxicology Studies - acute, subchronic, genotoxicity
* Stability Data - real-time and accelerated
* Process Validation Reports
* Supplier Audit Reports (third-party)
* Sustainability Reports (carbon footprint, water usage)
* Traceability Documentation (farm/vessel to finished product)

Regulatory Support Services:

Pre-submission consultation for FDA, EFSA, Health Canada

Assistance with Novel Food applications (EU)

NDI (New Dietary Ingredient) notification support (US)

Import documentation preparation

Customs clearance support

Regulatory updates (we monitor changing regulations)

● Dietary Supplements

* Tableting: Direct compression compatible - use at 10-30% concentration

* Capsules: Perfect for two-piece hard capsules - no leakage or interaction with shell materials

* Powder Blends: Ideal for single-serve sachets, stick packs, and canistered powders

● Functional Foods

* Beverages: Cold-water soluble for clear and opaque drinks - usage level 1-3%

* Dairy Products: Incorporates seamlessly into yogurt, milk powders, and nutritional shakes

* Baked Goods: Thermally stable for breads, cookies, and cereals - replace 5-15% of flour weight

* Confectionery: Excellent performance in chocolate, gummies, and nutritional bars

● Medical Nutrition & Pharmaceutical

* Medical Foods: Precise dosing for enteral nutrition and meal replacement products

* Pediatric Formulations: Masked flavor ideal for children's nutritional products

* Geriatric Nutrition: Enhanced nutrient delivery for aging populations

● Technical Formulation Recommendations:

* pH Range: Stable across pH 3-9

* Processing Temperature: Maximum 180°C for 30 minutes

* Storage Conditions: Cool, dry environment (<25°C, <65% RH)

* Compatibility: Excellent with most excipients, avoid strong oxidizers

● Packaging Options:

* Standard Packaging: 5 kg multilayered foil bags with oxygen scavenger, 4 bags per carton (20 kg total)

* Bulk Options: 25 kg food-grade plastic pails with nitrogen flushing

* Custom Packaging: Available upon request to meet your specific handling requirements

● Quality Assurance Packaging:

* Light Protection: All packaging materials provide complete UV light blockage

* Oxygen Barrier: High-grade aluminum foil laminate with <0.5 cc/m²/24h oxygen transmission rate

* Moisture Protection: Water vapor transmission rate <0.5 g/m²/24h

● Logistics & Supply Chain:

* Global Distribution: Established distribution networks in North America, Europe, and Asia-Pacific

* Temperature Control: Climate-controlled transportation and storage available

* Documentation: Comprehensive export documentation including Certificate of Origin, Health Certificates, and MSDS

* Lead Times: Consistent 2-4 week delivery from order confirmation

* Minimum Order Quantity: 100 kg for standard products, custom formulations available at higher MOQs

● R&D team of 40 members to provide full technical support.
● Years of successful experience with top food companies in the world.
● Dedicate on build long-term relationships with our clients and developing deeps partnership.

Q1: What is the shelf life of your Omega 3 powder?
A1: Our standard shelf life is 24 months when stored in unopened packaging below 25°C. We recommend using within 6 months after opening and storing in cool, dry conditions.

Q2: How does the bioavailability compare to softgel capsules?
A2: Multiple studies demonstrate equivalent or superior bioavailability compared to softgels. The microencapsulation process creates an emulsion that enhances intestinal absorption. [Reference: European Journal of Nutrition, 2023]

Q3: Can you provide custom EPA/DHA ratios?
A3: Yes, we offer customized ratios from 1:1 to 3:1 EPA:DHA depending on your target health benefits and formulation requirements. Minimum order quantities apply for custom ratios.

Q4: Is your omega 3 powder suitable for vegetarian or halal products?
A4: While our standard product contains fish oil, we can provide algal DHA powder for vegetarian applications. Our fish oil products are certified halal and kosher upon request.

Q5: What analytical documentation do you provide?
A5: Each batch ships with a comprehensive Certificate of Analysis including full fatty acid profile, oxidation parameters, and microbiological safety data. Additional documentation for regulatory submissions is available.

Q6: Do you offer technical support for product development?
A6: Absolutely. Our technical team provides comprehensive formulation support, including compatibility testing, stability studies, and manufacturing process optimization. We partner with you throughout the product development cycle.

Q7: What is your quality certification status?
A7: We are cGMP certified, FDA registered, and hold ISO 22000, FSSC 22000, and Halal certifications. Regular third-party audits ensure ongoing compliance with international quality standards.
Q8：How can we contact you?
A8：You can click the inquiry on Omega 3 powder or send us an e-mail to contact@joywinworld.com.

Hot Tags: Omega 3 powder, manufacturers, suppliers, factory, wholesale, buy, price, bulk, high quality, for sale, free sample