A Sensil™ Brand

Stop Caking.
Improve Flow.
Precision Stability.

Hydrophobic silica specifically engineered for
microencapsulation and feed additive processing.

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Silfeed R&D at UCSD Laboratory
SENSIL™ SUBSIDIARY
UCSD RESEARCH PARTNER
FAMI-QS CERTIFIED
EFSA COMPLIANT
MADE IN FUJIAN, CN
Problem Solved

Addressing Operational Barriers.

Bio-available additives require precise environmental control. Silfeed HC Series provides the structural integrity needed for success.

Thermal Integrity

Extrusion Loss.

Solving activity loss during 95°C+ conditioning where standard carriers suffer pore collapse.

Surface Science

Humidity Caking.

Mastering 95% RH environments in Southeast Asia to ensure zero-bridging flowability.

Adsorption Logic

Low Loading.

Converting liquids into high-concentration (280g+) dry powders, optimizing formula density and cost.

Optimization

Fluid Flow.

Mastering powder rheology to eliminate bridging in pneumatic systems, ensuring 99.8% dosing accuracy.

Capacity

Liquid Loading.

Engineered surface area for 280+ absorption, converting complex liquid lipids and organic acids into dry, stable powders.

Performance

Max OEE.

Reducing maintenance cycles and equipment cleaning time, directly optimizing your plant's Overall Equipment Effectiveness.

Cost Efficiency
-8-12%
Net Formulation Savings

Compared to top-tier European suppliers through optimized dosage and reduced loss.

Process Reliability
-30%
Cleaning & Downtime

Eliminating bridging and caking in high-output automated lines.

Bio-Availability
≥88%
Active Retention Rate

Superior protection of enzymes and lipids during 95°C+ extrusion.

Global R&D Pipeline

UCSD Lab to Sanming Precision.

A seamless cross-border technology transfer ensuring molecular innovation meets industrial scale.

R&D

San Diego Lab

Molecular Engineering
  • Hexagonal Mesoporous Shield (HMS) Design
  • Thermodynamic Molecular Simulation
  • Custom Surface Energy Modulation
MFG

Sanming Factory

Industrial Scale-up
  • ISO 9001 / FAMI-QS Certified Facility
  • Precision High-Shear Coating Lines
  • Global Logistics Hub (SEA/EU/US)
Heritage & Iteration

Our Technical Roadmap.

Over a decade of molecular evolution, moving from simple carriers to advanced bio-shields.

2015

v1.0 Foundation

Exploration of high-porosity carriers for liquid adsorption and simple flow stabilization.

2020

v2.0 Breakthrough

Discovery of the 110° Hydrophobic Contact Angle threshold and patented molecular shield coating.

v3.0 Commercialization

Release of the HC-Series (HC-100, 200, Bio). Tailored solutions for Western automated mills.

2026
Bio-Science Verification

Bio-Integrity Standards.

Laplace Pressure Threshold
Verified Pass
HMS Pore Integrity (95°C)
≥98% Intact
SEM Surface Mapping
Shield Active

Official Lab Reports: UCSD-MB-2026-T22

SEM
Hitachi SU8010 Mapping
Verified
TGA
Thermogravimetric Stability
Pass
Authentic Proof

Scientific Rigor,
Not Speculation.

We don't just state parameters; we verify them. Every batch of Silfeed HC Series undergoes rigorous testing via SEM (Scanning Electron Microscopy) and TG/DTA (Thermogravimetric Analysis) to ensure the molecular shield remains intact through your process.

Recovery

≥88%

Verified Enzyme Retention

Threshold

105°C

Bio-Shield Active Peak

Read 95°C Survival Guide

Is your active ingredient leaking?

Get a complimentary Stability Leak Audit for your current microencapsulation line.

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Silfeed Automated Palletizing in Sanming Silfeed Container Loading
Industrial Scale

From Sanming
to the World.

Our Sanming manufacturing facility represents the pinnacle of hydrophobic silica production. With fully automated palletizing and direct-to-port logistics, we ensure seamless supply chains for global feed leaders.

Production Hub
Sanming Precision Facility
Sanming Plant Exterior
Sanming, Fujian
Strategic Production
Silfeed Global Shipping
Global Logistics
Direct Export Hubs
Precision Reactor Control
Process Control
Digitalized Quality
Global Presence

Proven from
San Diego to
EuroTier.

Since 2020, Silfeed has been a staple in the global animal nutrition circuit. From presenting molecular breakthroughs at UCSD to solving real-world caking issues at EuroTier and VICTAM, our technical representatives are at the front lines of feed innovation.

50+
Global Events
15+
Technical Patents
Silfeed at Global Feed Exhibition
Field Scenarios

Proven in the Mill.

Silfeed HC series is not a laboratory curiosity. It is a battle-tested industrial solution validated across high-output automated feed mills in North America, Europe, and Southeast Asia.

Silfeed Enhanced Feed Pellets
OEE Performance
99.8% Accuracy

Scenario: Thermal Shield

Enzyme Survival.

Solved activity loss in 95°C automated conditioning for high-output poultry feed lines.

Result: 88% Recovery

Scenario: High-Load Carrier

Essential Oil Conversion.

Successfully converted 65% liquid essential oils into a free-flowing stable powder matrix.

Result: HC-200 Optimization

Scenario: Flow & OEE

Zero-Bridging Dosing.

Eliminated pneumatic line blockages in 95% RH environments, optimizing plant OEE.

Result: -30% Downtime
Field Evidence

Authentic
Validation.

Our claims are not theoretical. They are verified through SEM microscopy, TGA thermal analysis, and 38 internal trial datasets.

T22
95°C Enzyme Recovery Log

Status: Verified | Method: HPLC

88%
SEM
Pore Integrity Scan

Status: Verified | Equipment: Hitachi SU8010

100%
TG
Thermogravimetric Stability

Status: Verified | ΔMass < 0.5% @ 250°C

Pass

Case #004

Precision Organic Acid Carrier

"Transitioned from 65% to 82% concentration while maintaining free-flowing stability."

Case #022

Enzyme Thermal Shield

"Zero loss recorded in 95°C conditioning stage for high-output poultry feed lines."

Case #012

Probiotic Survivability

"Successful stomach passage (pH 2.0) with HC-Bio shield protection."

Case #031

OEE Mill Optimization

"Reduced cleaning interval from 48h to 168h in high-humidity (90% RH) production."

Functional Portfolio

Engineered for Your Specific Matrix.

From standard flow aids to extreme thermal protection, the HC series covers every encapsulation challenge.

HC-100

Standard Precision
Oil Absorption ≥280
D50 Particle 10-15μm

The industrial standard for microencapsulation and universal flow stabilization in feed premixes.

15kg/Bag Standard Packaging

HC-200

High-Load Adsorption
Oil Absorption ≥320
D50 Particle 5-8μm

Specifically engineered for high-concentration essential oils and organic acid dry-powderization.

15kg/Bag Standard Packaging

HC-Bio

Extreme Thermal Shield
105°C
Shield Active

Bio-active molecule protection for extreme extrusion environments. Built for heat-sensitive enzymes and probiotics.

15kg/Bag Standard Packaging
Economic Edge

Superior Value,
Without Compromise.

15-20%
Cost Advantage

Delivering world-class molecular performance at a significantly lower total cost of ownership than legacy brands.

1 Ton
Minimum Order Quantity

Flexible supply chain solutions supporting both scale-up innovation and massive industrial throughput.

Silfeed Strategy (Sensil™ Lab)

  • UCSD Molecular R&D Output
  • Custom Tropical-Spec Engineering
  • B2B Tech-Audit Transparency
Microencapsulation Industrial Process
Process Efficiency
Liquid to Free-Flowing Conversion in 0.8s
Industrial Precision

Optimized for
Complex Processing.

Silfeed is engineered to integrate seamlessly into existing microencapsulation chambers and high-shear mixers, providing instant stabilization for heat-sensitive payloads.

HMS Molecular Shield Structure
Scientific Application

The HMS
Molecular Shield.

Silfeed's Hexagonal Mesoporous Shield (HMS) provides a definitive capillary architecture that selectively protects the active core while maintaining gas-exchange equilibrium.

Barrier Rating
Industrial Grade Hydrophobicity
Bio-Active + Silica HC Conversion Protected Final Form Phase 01: Adsorption Phase 02: Stabilization Phase 03: Delivery

Liquid Carrier

High porosity silica as the definitive platform for liquid nutrient adsorption and dry-powderization.

Dynamic Flow

Engineered particle morphology ensuring perfect rheological flow during critical coating stages.

Barrier Science

Surface energy mastery creating a permanent hydrophobic barrier against environmental degradation.

Stability Audit Tool Dashboard
Real-time Analysis
Audit v3.1
Diagnostic Tool

Stability
Leak Audit™

30% of bioactive efficacy is often lost before the pellet reaches the animal. Identify your stability gaps in seconds.

The US-China Pipeline

Precision R&D.
Industrial Scale.

01

R&D: San Diego, CA

Molecular simulation and core silica functionalization developed at the UCSD research ecosystem. This is where the 110° hydrophobic barrier was born.

02

Production: Fujian, China

Precision industrial scale-up at our dedicated facility in Sanming, Fujian. Advanced surface engineering and ISO-certified throughput for global export.

Silfeed Manufacturing Facility in Sanming
R&D Roadmap

Iteration History.

2015
Silica Pore Optimization
2020
110° Hydrophobic Patent
2024
HC-Series Precision Launch
2026
Current: Western Market MVP

Elevate Your Precision Nutrition.

Join global industry leaders in implementing the scientific standard for microencapsulation.

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Competitive Advantage

Why Industry Leaders Choose Silfeed.

Prevention

Zero Caking.

Molecular barrier for 95% RH humidity in Southeast Asian environments.

Stability

95°C Survival.

Protecting bio-actives (enzymes/probiotics) from thermal degradation.

Capacity

Liquid Loading.

Converting complex liquid lipids into dry powders with ≥280g absorption.

Conversion

ROI Calculator.

Quantify the financial impact of molecular silica on your plant OEE.
R&D

UCSD Technology.

Direct technology transfer from UCSD molecular labs for precise pore-size control.

Flexibility

Low MOQ (1 Ton).

Supporting agile formulation development with flexible ordering and rapid response cycles.

Custom

Tailored Solutions.

Custom particle size (D50) and absorption levels optimized for your specific encapsulation line.