Potato Flakes Technical Specifications & Quality Standards

Technical Specifications, Food Safety Standards & Quality Control for Industrial Food Manufacturing

Last Updated: July 2026
Document Reference: HJ-AGR-PF-SPEC-001
Prepared by: Quality Control Department, Zhangjiakou Hongji Agriculture Technology Co., Ltd.

Understanding Potato Flake Specifications

Selecting potato flakes for industrial food manufacturing involves much more than comparing moisture content or particle size. Technical specifications reflect the overall quality, safety, processing consistency, and functional performance of an ingredient throughout its production lifecycle.

For food manufacturers, each specification directly influences manufacturing efficiency, product stability, consumer acceptance, and regulatory compliance. Moisture content affects shelf life, reducing sugar impacts finished product color, microbiological standards support food safety, and particle characteristics influence mixing, hydration, and texture development.

As a vertically integrated manufacturer, HONGJI Agriculture manages every stage of production—from potato breeding and cultivation to processing, quality inspection, packaging, and export. This integrated production model enables tighter quality control and greater batch-to-batch consistency than manufacturing systems relying entirely on externally sourced raw potatoes.

This technical guide explains the quality parameters, testing standards, and manufacturing controls applied to HONGJI Potato Flakes while helping procurement managers, quality professionals, food technologists, and product developers better understand how each specification contributes to finished product performance.

Product Overview

Product Description

HONGJI Potato Flakes are premium dehydrated potato ingredients manufactured from carefully selected fresh potatoes using a controlled drum-drying process.

Fresh potatoes undergo washing, steam peeling, slicing, blanching, cooking, mashing, drum drying, flaking, sieving, magnetic separation, metal detection, and hygienic packaging under standardized production procedures.

Throughout processing, the cellular structure of the potato is preserved as much as practical to maintain the natural characteristics of fresh potatoes, including:

• Natural potato flavor
• Light cream color
• Excellent rehydration
• Stable viscosity
• Uniform texture
• Consistent functional performance

The finished product is widely used throughout the food industry in instant mashed potatoes, bakery products, snack foods, soup mixes, meat processing, ready meals, and industrial ingredient formulations.

Product Identity

Raw Materials & Potato Varieties

The quality of dehydrated potato ingredients begins with the selection of suitable potato varieties.

Not every potato cultivar performs equally during dehydration. Characteristics such as dry matter content, starch composition, reducing sugar levels, tuber uniformity, and storage stability all influence the performance of the finished potato flakes.

HONGJI primarily processes carefully selected industrial potato varieties including:

• Atlantic
• Shepody
• McCain-approved processing varieties

These varieties are widely recognized for their suitability in industrial food processing because they provide:

• High dry matter content
• Stable starch structure
• Uniform cooking performance
• Consistent color after drying
• Excellent rehydration characteristics
• Good storage stability

Combined with standardized cultivation and controlled storage practices, selecting appropriate potato varieties provides the foundation for producing potato flakes with reliable functionality throughout industrial food production.

Ingredient Composition

Potato flakes are primarily manufactured from fresh potatoes with only minimal processing aids used where necessary to support product consistency.

Fresh Potatoes

Fresh potatoes represent more than 99.5% of the finished product.

Only potatoes meeting internal quality requirements proceed into production, helping maintain consistent flavor, texture, and processing performance.

Mono- and Diglycerides (INS471)

Mono- and diglycerides are internationally accepted food emulsifiers that may be added in small quantities depending on customer specifications and application requirements.

When used appropriately, INS471 may help improve:

• Rehydration consistency
• Product stability
• Texture uniformity
• Processing performance

Because application requirements vary, this ingredient is incorporated only when specified.

Citric Acid (INS330)

Citric acid is used only in very small quantities where required to support product stability.

The concentration does not exceed 100 ppm and remains well within internationally accepted food manufacturing practices.

Its primary functions include:

• Supporting color stability
• Helping maintain product consistency
• Assisting quality control during processing

Sensory Quality Standards

Sensory evaluation is one of the first quality assessments performed during production. Before laboratory testing begins, trained quality personnel inspect each production batch to verify that the product meets established visual, aromatic, and physical standards.

Unlike laboratory measurements, sensory evaluation helps identify abnormalities that may indicate processing deviations or raw material inconsistencies.

Appearance

Finished potato flakes should exhibit a uniform light cream to pale yellow appearance characteristic of properly processed dehydrated potatoes.

Uniform color indicates:

• Appropriate potato selection
• Controlled cooking
• Proper drum drying
• Stable processing conditions

Significant discoloration may suggest excessive heat exposure, raw material variation, or improper storage.

Flavor & Aroma

Potato flakes should retain the characteristic aroma and taste of freshly cooked potatoes without burnt, fermented, sour, moldy, or foreign odors.

Maintaining natural flavor is essential because potato flakes are incorporated into numerous finished food products where undesirable flavors can affect overall product quality.

Texture

The finished product should consist of dry, free-flowing flakes with minimal breakage and no evidence of moisture absorption, caking, or mold development.

Proper texture supports:

• Efficient conveying
• Consistent dosing
• Reliable blending
• Uniform hydration during food production

Foreign Matter

Each production batch undergoes visual inspection to ensure the absence of foreign materials.

Product quality requirements include:

• No visible foreign contaminants
• Strict control of discoloration spots
• Multiple inspection stages
• Magnetic separation
• Continuous metal detection before packaging

Maintaining clean appearance is an essential component of food safety and customer confidence.

Why Sensory Evaluation Matters

Although laboratory analysis provides measurable quality data, sensory inspection remains an important first-line quality control tool.

Consistent sensory characteristics help verify that every production batch maintains the appearance, aroma, texture, and overall quality expected by industrial food manufacturers before additional physicochemical and microbiological testing is completed.

Physicochemical Specifications

Understanding Key Quality Parameters

Physicochemical properties determine how potato flakes perform throughout food manufacturing. While appearance and flavor influence consumer perception, measurable technical parameters such as moisture content, reducing sugar, particle characteristics, and starch quality directly affect processing efficiency, product consistency, and finished food quality.

At HONGJI Agriculture, these parameters are monitored throughout production using standardized analytical methods and internal quality control procedures. Routine testing helps ensure that every production batch meets both regulatory requirements and customer specifications.

The following sections explain why each quality parameter is important and how it influences industrial food applications.

Moisture Content

Standard Specification: ≤ 9.0%

Test Method: GB 5009.3

Moisture content is one of the most important quality indicators for dehydrated potato ingredients. It directly affects shelf life, storage stability, microbiological safety, transportation performance, and processing consistency.

Maintaining moisture within a controlled range helps preserve the functional characteristics of potato flakes while minimizing quality deterioration during storage and international transportation.

Why Moisture Matters

Proper moisture control provides several important benefits:

• Improves storage stability
• Reduces the risk of microbial growth
• Minimizes caking during storage
• Maintains free-flowing properties
• Helps preserve natural flavor
• Supports consistent rehydration

Excessively high moisture may increase the likelihood of product deterioration during storage, while excessively low moisture can increase flake breakage during handling and transportation. For this reason, moisture is carefully monitored throughout production rather than simply minimized.

Quality Control

Moisture is measured regularly during production using standardized analytical procedures. Continuous monitoring allows process adjustments whenever necessary, helping ensure consistent product quality across production batches.

Ash Content

Standard Specification: ≤ 4.0% (Dry Basis)

Test Method: GB 5009.4

Ash represents the total mineral content remaining after complete combustion of the product. Although consumers rarely notice ash content directly, it serves as an important quality indicator for food manufacturers.

Ash levels may reflect the quality of raw materials, agricultural practices, processing consistency, and overall manufacturing control.

Why Ash Content Matters

Monitoring ash content helps evaluate:

• Raw material consistency
• Overall product purity
• Manufacturing stability
• Mineral composition
• Batch-to-batch consistency

Stable ash values support more predictable formulation performance in industrial food production.

Reducing Sugar

Standard Specification: ≤ 3.0%

Test Method: GB 5009.7

Reducing sugar is one of the most important quality parameters for potato ingredients intended for further thermal processing.

Natural reducing sugars participate in the Maillard reaction during frying and baking, producing color and flavor changes. While this reaction contributes desirable flavor development, excessive reducing sugar may result in darker product color and inconsistent appearance.

Importance in Food Manufacturing

Controlling reducing sugar helps manufacturers achieve:

• More uniform fried color
• Better baking consistency
• Improved appearance
• Predictable flavor development
• Reduced processing variation

This parameter is particularly important for manufacturers producing snack foods, extruded products, bakery products, and frozen prepared foods.

Blue Value

Standard Specification: ≤ 500

Reference Method: SB/T 10752 Annex A

Blue Value is a technical quality indicator commonly used in the potato processing industry to evaluate starch characteristics after dehydration.

Although less familiar outside industrial food manufacturing, Blue Value provides useful information regarding starch integrity and production consistency.

Why Blue Value Is Important

Maintaining appropriate Blue Value contributes to:

• Stable starch functionality
• Consistent hydration behavior
• Reliable processing performance
• Uniform finished product quality

Because starch functionality influences viscosity, texture, and water absorption, Blue Value helps manufacturers evaluate the consistency of dehydrated potato products.

Particle Characteristics

Unlike many powdered food ingredients, potato flakes are intentionally produced with controlled flake size and structure.

Particle characteristics influence:

• Mixing performance
• Hydration speed
• Bulk density
• Product appearance
• Finished texture

Different food applications may require different particle sizes depending on manufacturing equipment and formulation requirements.

HONGJI supports customized particle size specifications for industrial customers requiring specialized processing performance.

Rehydration Performance

One of the defining functional characteristics of potato flakes is their ability to rapidly absorb water and recover a texture similar to freshly cooked potatoes.

Excellent rehydration contributes to:

• Shorter processing times
• Improved manufacturing efficiency
• Stable product texture
• Consistent product quality
• Better consumer experience

Rehydration performance depends not only on drying technology but also on potato variety selection, cooking conditions, starch quality, and moisture control.

Bulk Density

Bulk density describes the mass of potato flakes contained within a given volume.

Although often overlooked, this parameter significantly affects industrial production.

Why Bulk Density Matters

Bulk density influences:

• Packaging efficiency
• Transportation costs
• Storage capacity
• Feeding performance
• Automated dosing systems
• Mixing consistency

Industrial customers may request customized bulk density specifications depending on production equipment and formulation requirements.

Water Absorption Capacity

Water absorption is one of the primary functional properties evaluated by food manufacturers when selecting potato flakes.

High-quality potato flakes should absorb water rapidly while maintaining stable texture and viscosity.

Proper water absorption contributes to:

• Smooth mashed potatoes
• Consistent dough systems
• Stable soup viscosity
• Uniform snack formulations
• Better processing efficiency

Because different applications require different hydration characteristics, water absorption performance may be optimized through variety selection and processing control.

Functional Performance in Food Manufacturing

Rather than evaluating individual specifications independently, industrial food manufacturers typically assess potato flakes based on their overall functional performance.

The interaction between moisture content, starch integrity, particle size, and water absorption ultimately determines how the ingredient performs in real production environments.

Typical functional properties evaluated include:

• Rapid rehydration
• Stable viscosity
• Uniform mixing
• Good dispersion
• Controlled water absorption
• Processing stability
• Texture development
• Batch-to-batch consistency

These characteristics help manufacturers reduce production variability while maintaining consistent product quality across large-scale operations.

Why Physicochemical Specifications Matter

Technical specifications are more than laboratory numbers—they are practical indicators of manufacturing consistency and product performance.

Maintaining stable physicochemical properties helps food manufacturers:

• Improve production efficiency
• Reduce formulation variability
• Maintain consistent product appearance
• Achieve predictable texture
• Simplify quality control
• Extend storage stability
• Increase process reliability

At HONGJI Agriculture, routine monitoring of physicochemical parameters forms an essential part of our integrated quality management system, ensuring that every production batch delivers consistent performance from processing line to finished food product.

Food Safety & Microbiological Standards

Building Food Safety Through Scientific Quality Control

Food safety is a fundamental requirement in industrial ingredient manufacturing. For dehydrated potato ingredients, microbiological quality is influenced by raw material selection, hygienic processing, moisture control, packaging integrity, storage conditions, and transportation management.

At HONGJI Agriculture, microbiological monitoring forms an integral part of our quality management system. Every production batch is manufactured under controlled hygienic conditions and verified through routine laboratory testing in accordance with recognized analytical methods.

Our microbiological specifications are designed to help food manufacturers minimize production risks while maintaining consistent ingredient quality throughout the supply chain.

Why Microbiological Testing Matters

Although potato flakes are classified as a low-moisture food ingredient, they are not sterile.

Low moisture significantly reduces microbial growth, but microorganisms may still be introduced through raw materials, processing environments, equipment, packaging, or handling if effective hygiene controls are not maintained.

Routine microbiological testing helps verify that:

• Production hygiene is effectively controlled.
• Equipment sanitation procedures are functioning properly.
• Finished products meet food safety requirements.
• Cross-contamination risks remain under control.
• Products maintain consistent quality during storage and distribution.

For industrial food manufacturers, microbiological specifications provide confidence that incoming ingredients meet established quality expectations before entering production.

Total Plate Count (TPC)

Specification

≤ 1 × 10⁴ CFU/g (m)
≤ 1 × 10⁵ CFU/g (M)

Test Method

GB 4789.2

What Does Total Plate Count Measure?

Total Plate Count (TPC), also referred to as Aerobic Plate Count (APC), measures the total number of viable aerobic microorganisms present in a food product.

It is not a direct indicator of food safety hazards but rather a general indicator of manufacturing hygiene and overall process control.

Why Is TPC Important?

A consistently low TPC generally indicates:

• Good hygienic manufacturing practices
• Effective equipment sanitation
• Controlled processing conditions
• Proper storage before packaging
• Stable production consistency

Conversely, unusually high TPC values may suggest contamination during processing or inadequate hygiene management and should trigger further investigation.

Routine TPC monitoring helps manufacturers identify potential process deviations before they affect product quality.

Coliforms

Specification

≤ 100 CFU/g (m)

Test Method

GB 4789.3

What Are Coliforms?

Coliform bacteria are commonly used as hygiene indicator organisms.

Unlike pathogenic bacteria, coliforms are not necessarily harmful themselves. Instead, they provide valuable information regarding sanitation effectiveness throughout food production.

Why Monitor Coliforms?

Monitoring coliform levels helps verify:

• Equipment cleanliness
• Personnel hygiene
• Environmental sanitation
• Washing effectiveness
• Post-processing contamination control

Maintaining low coliform counts supports confidence that hygienic production procedures are functioning effectively.

Salmonella

Specification

Absent in 25 g

Test Method

GB 4789.4

Why Is Salmonella So Important?

Among all microbiological indicators, Salmonella is one of the most critical pathogens monitored in food manufacturing.

International food regulations generally require zero tolerance for Salmonella in many finished food ingredients.

For this reason, every batch is monitored to verify compliance with applicable food safety requirements.

Why Absence Matters

Salmonella contamination can originate from:

• Agricultural environments
• Raw materials
• Processing environments
• Equipment
• Cross-contamination

Although dehydrated potato flakes have low water activity that limits bacterial growth, preventing contamination remains essential throughout manufacturing.

Routine Salmonella testing provides additional assurance that hygienic controls remain effective.

Staphylococcus aureus

Specification

≤ 100 CFU/g (m)

Test Method

GB 4789.10

What Does This Test Indicate?

Staphylococcus aureus is commonly associated with contamination originating from human handling.

Monitoring this organism helps evaluate:

• Personnel hygiene
• Hygienic handling practices
• Production environment control

Maintaining low counts supports effective Good Manufacturing Practices (GMP) throughout production.

Yeast & Mold

Specification

≤ 100 CFU/g

Test Method

GB 4789.15

Why Test for Yeast and Mold?

Yeasts and molds may affect product stability during long-term storage if moisture exposure occurs.

Routine monitoring helps verify:

• Effective drying
• Proper packaging
• Storage stability
• Warehouse management

Controlling yeast and mold contributes to maintaining product quality throughout its intended shelf life.

Understanding the Sampling Plan (n, c, m, M)

Microbiological specifications are often presented using four parameters: n, c, m, and M. These values are part of internationally recognized sampling plans used in food safety management.

This statistical approach provides a more representative assessment of batch quality than testing a single sample alone and supports consistent decision-making during product release.

Heavy Metals & Contaminant Control

Monitoring Agricultural Safety from Farm to Finished Product

Because potatoes are grown in soil, naturally occurring minerals and environmental contaminants may be present at trace levels. Continuous monitoring helps verify that finished products comply with applicable food safety requirements and customer specifications.

HONGJI Agriculture implements contaminant testing as part of its quality assurance program to support regulatory compliance and long-term product safety.

Lead (Pb)

Maximum Limit: ≤ 0.5 mg/kg

Lead monitoring helps verify that raw materials and finished products comply with established food safety requirements. Testing also supports supplier evaluation and agricultural quality management.

Cadmium (Cd)

Maximum Limit: ≤ 0.1 mg/kg

Cadmium is naturally present in some soils. Monitoring cadmium helps ensure that agricultural sourcing and raw material selection remain within acceptable safety limits.

Total Arsenic (As)

Maximum Limit: ≤ 0.5 mg/kg

Arsenic testing provides additional verification that environmental exposure remains well controlled and supports compliance with customer food safety specifications.

Mercury (Hg)

Maximum Limit: ≤ 0.02 mg/kg

Mercury is monitored as part of routine contaminant screening to verify that finished products meet applicable regulatory limits.

Chromium (Cr)

Maximum Limit: ≤ 1.0 mg/kg

Chromium analysis forms part of the comprehensive heavy metal monitoring program used to evaluate agricultural raw material quality and finished product safety.

Pesticide Residues

In addition to heavy metal monitoring, potato flakes may be evaluated for pesticide residues in accordance with applicable regulatory requirements and customer specifications.

Routine monitoring helps verify that agricultural practices support safe food production while maintaining compliance with international market expectations.

Sulfur Dioxide Residues

Where applicable, sulfur dioxide residue testing is conducted to confirm compliance with food additive regulations and customer requirements.

This testing provides additional assurance that finished products meet both domestic and export market expectations.

Why Food Safety Testing Is Important

Food safety testing is not simply a regulatory requirement—it is a critical component of risk management throughout the food supply chain.

Routine laboratory verification helps manufacturers:

• Maintain consistent product quality
• Reduce food safety risks
• Support regulatory compliance
• Strengthen customer confidence
• Improve traceability
• Facilitate international trade

Combined with standardized production procedures, hygienic manufacturing practices, and integrated quality management, these testing programs help ensure that HONGJI Potato Flakes consistently meet the expectations of industrial food manufacturers around the world.

Quality Control System & Testing Frequency

A Multi-Layer Quality Assurance System

At HONGJI Agriculture, quality control is not a single inspection step—it is a continuous system embedded throughout production.

Instead of relying only on final product testing, we implement in-process control, batch testing, and periodic third-party verification to ensure consistency, traceability, and food safety compliance.

This layered approach helps detect deviations early and ensures that every batch of potato flakes meets both internal standards and international food safety requirements.

Why Different Testing Frequencies Are Used

Different quality attributes require different monitoring strategies.

Some parameters change quickly during production (such as moisture and weight), while others remain stable and only require periodic verification (such as heavy metals or pesticide residues).

For this reason, HONGJI applies a risk-based testing strategy:

• Real-time / hourly monitoring → process stability
• Per batch testing → product consistency
• Per shift testing → production control
• Quarterly / annual testing → regulatory verification

This system ensures both efficiency and scientific reliability.

In-Process Quality Control (IPQC)

Real-Time Production Monitoring

During production, key parameters are continuously monitored to ensure process stability and immediate correction when needed.

Key IPQC Items

• Moisture content (hourly)
• Color and appearance (visual inspection)
• Net weight (hourly)
• Metal detection (continuous inline system)
• Particle size control (sieving analysis)

Why It Matters

In-process monitoring helps:

• Prevent batch deviation before completion
• Reduce product loss and rework
• Maintain consistent industrial performance
• Ensure uniform quality across large-scale production

This system is especially important in drum-drying and milling processes, where small variations in temperature or feed rate can affect final product characteristics.

Batch Quality Control (FQC)

Final Product Verification Before Release

Every production batch is subject to final inspection before release for shipment.

Typical Batch Tests

• Moisture content
• Ash content
• Reducing sugar
• Blue value
• Microbiological indicators
• Sensory evaluation
• Packaging integrity

Only batches that meet all internal specifications are approved for export.

Batch Release Principle

HONGJI follows a strict “release only after confirmation” policy:

No batch is released until all critical quality parameters are verified.

This ensures consistent safety and performance for industrial food manufacturers.

Third-Party Verification System

To strengthen transparency and international trust, selected parameters are regularly verified by accredited third-party laboratories.

Third-Party Testing Includes:

• Microbiological safety tests
• Heavy metals (Pb, Cd, Hg, As)
• Pesticide residues
• Sulfur dioxide residues

Why External Testing Matters

Independent verification provides:

• Neutral quality confirmation
• Export compliance support
• Customer audit readiness
• International trade confidence

This system is particularly important for customers in EU, North America, and Southeast Asia markets.

Packaging Standards & Industrial Protection System

Designed for Global Industrial Distribution

Potato flakes are hygroscopic (moisture-absorbing) and sensitive to environmental conditions. Therefore, packaging is a critical part of product quality control.

HONGJI packaging is designed not only for transportation but also for long-term stability and moisture protection.

Packaging Structure

Multi-Layer Industrial Protection

Standard packaging consists of:

• Outer layer: Kraft paper / woven bag
• Middle layer: Moisture barrier film
• Inner layer: Food-grade PE liner

Functional Purpose

Each layer serves a specific function:

• Outer layer → mechanical protection during transport
• Middle layer → structural stability
• Inner liner → moisture and oxygen barrier

This structure ensures product stability during long-distance ocean freight and warehouse storage.

Packaging Sizes

• 25 kg industrial bags (standard export)
• 20 kg reinforced bags
• 18 kg customized packaging
• Bulk packaging (upon request)

Sealing System

Packaging is sealed using:

• Industrial stitching system
• Reinforced folding (4–6 cm)
• Protective banding identification system

This prevents:

• Moisture ingress
• Contamination
• Tampering during logistics

Storage & Shelf Life Management

Controlled Storage Conditions

Potato flakes must be stored under controlled environmental conditions to maintain functional performance.

Recommended Storage Conditions

• Temperature: ≤ 25°C
• Relative humidity: ≤ 65%
• Storage type: palletized warehouse storage
• Avoid direct sunlight and odor contamination

Why Storage Conditions Matter

Potato flakes are highly sensitive to:

• Moisture absorption
• Temperature fluctuation
• Odor contamination
• Packaging damage

Improper storage can lead to:

• Caking
• Reduced rehydration performance
• Flavor degradation
• Microbial growth risk

Proper warehouse management ensures full shelf life stability.

Shelf Life

• Unopened product: 24 months
• After opening: use within 4 weeks

Important Handling Guidance

Once opened:

• Reseal tightly after each use
• Store in dry environment
• Avoid exposure to air and humidity

Logistics & Export Handling Requirements

Maintaining Quality During Transportation

Food ingredient quality does not depend only on production—it must be protected throughout logistics and shipping.

Container Loading Requirements

• Containers must be clean and dry before loading
• No odor contamination allowed
• No moisture or condensation present
• Floor must be free of dust and residues

Loading Procedures

• Workers must wear protective shoe covers
• Bags must remain clean during handling
• No direct contact with ground surface
• Proper stacking to prevent bag deformation

Transportation Conditions

• Recommended ventilated containers for sea freight
• Container temperature should not exceed 35°C
• Avoid exposure to direct sunlight during loading/unloading

FIFO Management System

HONGJI uses First-In First-Out (FIFO) inventory management to ensure:

• Product freshness
• Consistent shelf-life delivery
• Reduced storage aging risk
• Traceable batch rotation

Full Technical FAQ (Industrial Version)

Are potato flakes sterile?

No. Potato flakes are low-moisture products, not sterile. However, moisture control and hygienic processing ensure microbiological safety within regulatory limits.

Why is moisture so strictly controlled?

Because moisture directly affects:

• Shelf stability
• Microbial activity
• Flowability
• Rehydration performance

Even a 1–2% deviation can significantly impact industrial processing behavior.

Can potato flakes vary between batches?

Minor variation is natural in agricultural products. However, HONGJI uses integrated supply chain control to minimize variability through:

• Seed selection
• Standardized farming
• Controlled processing

What makes industrial-grade potato flakes different from retail products?

Industrial-grade flakes are designed for:

• Consistent functionality
• High-volume processing
• Predictable hydration behavior
• Controlled particle distribution

Why is metal detection required?

Metal detection ensures product safety by removing risks of:

• Equipment wear particles
• Foreign contaminants
• Processing line defects

What affects rehydration performance?

Key factors include:

• Potato variety
• Drum drying conditions
• Moisture level
• Particle size distribution

Do you provide COA for every batch?

Yes. Each batch includes a Certificate of Analysis (COA) covering:

• Physicochemical data
• Microbiological results
• Heavy metal compliance
• Batch traceability

Technical Document Availability

HONGJI provides full technical documentation upon request:

• Product Specification Sheet (TDS)
• Certificate of Analysis (COA)
• Packaging Specification Guide
• Allergen Statement
• Food Safety Declaration
• Export Compliance Documents

Final Engineering Statement (EEAT Strengthening Block)

HONGJI Agriculture operates as an integrated agricultural processing manufacturer, controlling the full supply chain from seed breeding to industrial dehydration.

This structure enables:

• Full traceability from farm to finished ingredient
• Stable raw material sourcing
• Controlled industrial processing parameters
• Consistent food-grade quality output
• Compliance with international food safety systems

By combining agricultural expertise with modern food processing engineering, HONGJI delivers potato ingredients designed for predictable industrial performance and long-term supply stability.

CTA (Technical Conversion Section)

Ready for Technical Evaluation?

If you require detailed product specifications, laboratory documentation, or customized industrial formulations, our technical team is available to support your project.

Available Support Includes:

• Technical consultation
• Sample testing
• OEM formulation support
• Specification customization
• Export documentation

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