How to Set Pesticide Product Specifications Before Supplier Approval

Approving a pesticide supplier should not begin with price, a sample, or a generic product name.

It should begin with a clear answer to one question:

What exactly must this product meet before we consider it acceptable?

For pesticide importers, distributors, registration companies, and private-label brands, a product specification creates that standard.

It connects supplier selection with sample approval, commercial production, batch testing, and future repeat orders.

A stronger procurement sequence is:

Product Requirement → Agreed Specification → Sample Testing → Supplier Approval → Bulk Production → Batch QC → COA

핵심 원칙은 간단합니다.

Approve the specification before approving the supplier.

Why Set the Specification Before Approving the Supplier?

A quotation such as:

아족시스트로빈 250g/L SC

does not fully define the commercial product.

Two suppliers may offer the same active ingredient, concentration, and formulation code while using different:

• Technical material sources
• Formulation systems
• Physical-quality targets
• 불순물 프로필
• Storage-performance standards
• 시험 방법
• Internal QC requirements

If the buyer approves the supplier first and discusses quality later, the commercial relationship begins with an unclear acceptance standard.

That creates problems when:

• The sample differs from future production
• Buyer and supplier laboratories report different results
• One party uses tighter limits than the other
• A production batch falls outside the buyer’s expectations
• Registration documents no longer match the commercial product

A written specification gives both sides the same technical reference.

For supplier comparisons, see how to compare pesticide suppliers beyond price.

Start With the Exact Product Identity

Before setting individual quality parameters, define the product itself.

A basic product identity should normally include:

항목	예시
유효 성분	아목 스트 로빈
Nominal concentration	250 g / L
공식화	SC
Commercial product identity	완성된 제형
Manufacturing/source reference	Where relevant
목적지 시장	Defined country/registration market
Registration relationship	Confirm where applicable

This first step sounds obvious, but document mismatches frequently begin here.

예 :

250g/L SC

25% WP

are not interchangeable products simply because they contain the same active ingredient.

The formulation changes:

• 물리적 특성
• 테스트 요구 사항
• 포장
• 애플리케이션 동작
• 등록 신원

The specification should therefore describe the exact commercial formulation being purchased.

Which Quality Parameters Should Be Included?

A pesticide product specification should contain the parameters needed to define acceptable commercial quality.

The exact list depends on the active ingredient, formulation, registration, and intended market.

유효 성분 함량

The specification should define the nominal active ingredient content and the applicable acceptance range.

The tolerance should come from an appropriate technical basis, such as:

• Registered product requirements
• Applicable recognized specifications
• Validated internal standards
• Mutually agreed commercial requirements

Do not create a universal percentage tolerance and apply it to every pesticide.

Relevant Impurities

For technical materials and certain formulated products, relevant impurities may need to be controlled.

A technical material specification that shows only:

활성 성분 : 97%

may still be incomplete if important impurity limits are applicable.

Impurity requirements should be based on the relevant product/source and regulatory context.

Formulation-Specific Physical Properties

Finished formulations need physical-quality parameters that reflect how the formulation is designed to behave.

A good SC specification does not look the same as a good EC, WP, or WDG specification.

Storage-Related Requirements

Where applicable, specifications may also include parameters associated with:

• Accelerated storage
• 저온 안정성
• Persistent separation
• 케이킹
• 재분산성
• Other formulation-specific stability behavior

The objective is not to create the longest specification possible.

It is to define the parameters that meaningfully protect the product’s registered and commercial quality.

Which Parameters Change by Formulation Type?

Different pesticide formulations require different quality-control priorities.

공식화	Typical Specification Areas
TC	Active ingredient content, relevant impurities, moisture or other source-specific requirements
SC	Active ingredient, appearance, pH where applicable, suspensibility, wet sieve, viscosity or pourability, storage behavior
EC	Active ingredient, appearance, emulsion characteristics, acidity or water where relevant
WP	Active ingredient, wettability, suspensibility, wet sieve, moisture, powder condition
WG / WDG	Active ingredient, dispersibility, suspensibility, wet sieve, dustiness, attrition or granule integrity, moisture
SL	활성 성분, 외관, 용액 안정성, pH 또는 산도(해당되는 경우)
OD	Active ingredient, dispersion behavior, wet sieve, viscosity and storage-related properties
FS	Active ingredient, suspension behavior, viscosity and relevant seed-treatment formulation properties

These are typical specification areas, not universal mandatory limits.

A particular product may require:

• More parameters
• Fewer parameters
• 다른 방법
• Different acceptance ranges

The correct specification must match the exact formulation.

더 자세한 내용을 보시려면 다음을 참조하세요. 살충제 제형 유형 구매자 가이드.

How Should Buyers Set Acceptance Limits?

A specification parameter becomes useful only when the buyer can determine whether a result passes or fails.

Weak specification wording includes:

• “Good suspensibility”
• “Normal pH”
• “Stable emulsion”
• “Fine powder”
• “No serious sediment”

These descriptions are subjective.

A stronger specification defines:

Parameter → Test Method → Acceptance Requirement

예 :

매개 변수	시험 방법	수용됨을 느낍니다
유효 성분	Agreed analytical method	Defined acceptable range
서스펜션	Agreed physical method	Defined minimum requirement
pH	Agreed method	Defined range
습식 체	Agreed method	Defined maximum or minimum as applicable

The purpose is not to create unnecessarily tight limits.

The purpose is to make the specification 측정 가능하고 반복 가능함.

Why Must the Test Method Be Defined?

A number without a test method can still create disputes.

Two laboratories may test the same sample and obtain different results because they used different:

• 수질
• 온도
• 조절
• 샘플 준비
• 분석 절차
• 방법 버전
• 계산 방법

This is particularly relevant for formulation properties such as:

• 서스펜션
• 습윤성
• 유제 안정성
• 분산성
• 습식 체
• 폼
• 유동성

Where appropriate, buyer and supplier can agree on:

• CIPAC methods
• Validated manufacturer methods
• Registered analytical methods
• Other accepted laboratory procedures

For important acceptance parameters, the method should be clear enough that both parties understand how compliance will be assessed.

A specification is stronger when it tells the laboratory not only:

무엇을 테스트할 것인가

뿐만 아니라 :

how the result should be generated.

FAO/WHO Specification vs Commercial Purchase Specification

FAO/WHO pesticide specifications can provide important technical references, but buyers should understand what they represent.

They should not automatically be copied into every supplier contract without confirming applicability.

유용한 구분은 다음과 같습니다.

FAO/WHO or Other Recognized Reference Specification

Provides an established technical quality framework for specific pesticide products or sources under the relevant specification system.

Registered Product Requirement

Defines the product identity and quality requirements accepted under a particular registration.

Commercial Purchase Specification

Defines the quality standard the buyer and supplier agree to use for sample approval, production, and commercial acceptance.

These documents may overlap, but they are not automatically identical.

A buyer should not assume that:

“This active ingredient has an FAO specification, therefore every manufacturer’s product is automatically covered by it.”

The specification used for procurement should match the actual commercial and regulatory situation.

Specification vs TDS vs COA: What Is the Difference?

These documents are closely related but serve different purposes.

측정기 사양

정의:

What the product must meet.

TDS

설명:

What technical product is being offered.

COA

보고서 :

What was actually measured in the sample or batch.

That relationship can be summarized as:

Specification = Acceptance Standard

TDS = Product Technical Profile

COA = Actual Test Results

A COA is therefore most useful when its results can be compared directly with an approved specification.

For a detailed document comparison, see 농약 분석에 있어 COA, TDS, SDS 중 어떤 것이 더 나은가요?.

더 자세한 안내는 다음 링크에서 확인하실 수 있습니다. 살충제 기술 문서.

Should Buyers Use the Tightest Possible Specification?

그렇지 않습니다.

A tighter specification is not automatically a better specification.

Over-specification can create:

• Unnecessary batch rejection
• 제조 비용이 더 높음
• 공급업체 분쟁
• 복잡성 테스트
• Requirements with little practical quality value
• Limits that commercial-scale production cannot consistently maintain

목표는 다음과 같아야 합니다:

strict enough to protect product identity and commercial quality, but technically justified and realistically measurable.

For example, a buyer should not add a physical property simply because another pesticide includes it.

The parameter should have a real technical reason to be controlled.

Likewise, do not automatically convert every “typical value” in a TDS into a contractual acceptance limit.

A typical technical value and a purchase specification serve different purposes.

Test the Specification Before Supplier Approval

Once the specification has been agreed, test a representative sample against it.

올바른 순서는 다음과 같습니다.

Agreed Specification

↓

대표 샘플

↓

실험실 테스트

↓

Compare Results With Acceptance Limits

↓

샘플 승인

↓

Supplier Technical Approval

A sample should not simply be approved because:

"좋아 보인다."

The stronger conclusion is:

The sample complies with the agreed product specification.

This also creates a technical bridge to future commercial production.

For a complete workflow, see 대량 주문 전 살충제 샘플 테스트.

Can the Supplier Meet the Specification at Commercial Scale?

This is one of the most important questions in supplier approval.

A laboratory or pilot sample may meet a specification.

But commercial sourcing requires the supplier to produce:

• 1 톤
• 5 톤
• 20 톤
• 반복 주문

with comparable quality.

Supplier approval should therefore evaluate more than the first sample.

Ask whether normal production can consistently control:

• 활성 성분 함량
• Formulation properties
• Raw-material variability
• 처리 조건
• 배치 품질 관리
• 스토리지
• 패키징 호환성

A useful commercial specification must be achievable consistently at normal manufacturing scale.

An unusually perfect development sample has limited value if future production varies significantly from batch to batch.

Separate Product and Packaging Specifications

For private-label pesticide projects, the formulation specification and packaging specification should be linked but kept separate.

측정기 사양

Covers the pesticide itself:

• 유효 성분
• 집중
• Formulation properties
• 품질 매개변수
• 시험 방법
• 허용 한도

포장 사양

May cover:

• Bottle or bag material
• 컨테이너 크기
• 캡
• 내부 씰
• 라벨
• 인쇄
• 일괄 코딩
• 판지 상자
• 팔레트 구성

A pesticide can meet every laboratory requirement and still create commercial problems if the package leaks or fails during transport.

이러한 이유로:

product approval and packaging approval should be treated as two separate checkpoints.

What Changes Should Trigger Re-Approval?

Supplier approval should not mean that the product can change indefinitely without review.

Material changes may require technical reassessment.

예시로는 다음과 같은 것들이 있습니다:

• Technical active ingredient source change
• Manufacturing site change
• Significant formulation change
• Co-formulant system change
• Major specification revision
• Relevant analytical-method change
• Packaging-material change
• Registration-related change

The exact re-approval requirement depends on the product and market.

For registration projects in particular, source and formulation changes may have regulatory consequences.

A good supplier relationship should therefore include appropriate 변경 제어.

Where a change could affect the agreed product identity, quality, or regulatory project, it should be communicated before routine commercial supply.

Use Specification Version Control

A specification should be identifiable.

Useful document-control information can include:

• 제품명
• 공식화
• 사양 번호
• Revision/version
• 발효 일
• 승인 참조

This avoids future disputes such as:

“Which specification was this order produced against?”

For long-term repeat orders, version control becomes increasingly important.

The commercial order should refer to the correct approved specification version whenever practical.

Pesticide Product Specification Template

A buyer can use the following structure as a starting point.

사양 필드	구매자가 정의해야 할 사항
제품 정체성	Active ingredient + concentration + formulation
Product/source reference	Where technically or regulatorily relevant
외관	Clear measurable description
활성 성분 함량	Nominal value + applicable acceptance range
관련 불순물	해당되는 경우
pH / acidity	Where technically relevant
Formulation physical properties	According to SC, WP, WG, EC, SL, OD, FS, etc.
Storage-related requirements	해당되는 경우
시험 방법	CIPAC, validated, registered or otherwise agreed method
허용 한도	Clear pass/fail requirement
COA parameters	Which results should appear on batch documentation
개정	Version / date
추가 메모	제품별 요구 사항

This template should be adapted to the actual pesticide.

Do not mechanically apply every row to every formulation.

Weak Specification vs Better Specification

간단한 예를 들어 보겠습니다.

약한 사양

이미다클로프리드 200g/L SL

• Active ingredient: 200 g/L
• Appearance: Good
• pH: Normal
• Stability: Good

The problem is that:

• “Good” is subjective
• “Normal” is undefined
• Test methods are missing
• Acceptance limits are unclear

Better Specification Structure

이미다클로프리드 200g/L SL

밝히다:

• 정확한 제품명
• Active ingredient acceptance range
• Relevant appearance requirement
• pH requirement where applicable
• Solution/stability parameters where relevant
• 시험 방법
• 명확한 수용 기준
• 사양 개정

The second format can support:

• 샘플 테스트
• 공급업체 승인
• 배치 품질 관리
• 분쟁 해결
• 재구매

That is the practical purpose of a commercial specification.

Supplier Approval Checklist

Before approving a pesticide supplier, confirm:

체크	구매자 질문
제품 정체성	Is the exact AI, concentration and formulation defined?
규제 적합성	Does the specification match the intended registered/commercial product?
유효 성분	Is an appropriate acceptance range defined?
관련 불순물	Are applicable impurity limits addressed?
물리적 특성	Are the correct formulation-specific parameters included?
시험 방법	Can buyer and supplier produce comparable results?
허용 한도	Is pass/fail measurable?
견본	Has a representative sample been tested?
상업적 규모	Can normal production consistently meet the specification?
COA	Will future batch results be reported against the agreed parameters?
변경 제어	Will material product/source changes be communicated?
버전 관리	Is the approved specification clearly identified?
포장	Has a separate packaging specification been approved where required?

Supplier approval should come after these technical questions are sufficiently resolved.

자주 묻는 질문

Is a Pesticide Specification the Same as a COA?

그렇지 않습니다.

The specification defines the required quality standard.

The COA reports actual test results for a particular sample or production batch.

Who Should Set the Pesticide Product Specification?

The buyer and supplier should agree on it.

The final requirements should be informed by the applicable registration, recognized technical references, validated methods, and commercial quality needs.

Can I Copy an FAO/WHO Specification for Any Supplier?

자동으로는 아닙니다.

FAO/WHO specifications can be valuable references, but applicability to a particular manufacturing source and product must be confirmed.

Should Every Formulation Use the Same Specification?

그렇지 않습니다.

SC, EC, WP, WG/WDG, SL, OD, FS and other formulations have different physical-quality characteristics and therefore different specification needs.

Does a Tighter Specification Always Mean Better Quality?

그렇지 않습니다.

Limits should be technically justified, measurable, and realistic for consistent commercial production.

Overly restrictive specifications can create unnecessary cost and rejection without improving practical product quality.

Should the Test Method Be Included in the Specification?

For important measurable parameters, it is highly useful to define or reference the agreed test method where applicable.

This improves comparability between supplier and buyer laboratories.

Can a Sample Pass While the Supplier Still Fails Approval?

예.

A passing sample does not automatically prove the supplier can maintain commercial-scale batch consistency, documentation, source stability, and supply reliability.

Does Meeting the Specification Prove Field Efficacy?

그렇지 않습니다.

Product specification confirms defined chemical and physical quality characteristics.

Biological efficacy depends on separate factors such as target organism, crop, use rate, timing, local conditions, and registered claims.

Should Packaging Be Included in the Product Specification?

It is usually clearer to keep the formulation specification and packaging specification separate but linked within the same purchasing project.

Can the Specification Change After Supplier Approval?

Yes, but material changes should be evaluated through an appropriate change-control process, especially when they affect registered product identity, manufacturing source, formulation, or commercial quality.

Set the Standard Before Approving the Supplier

Pesticide supplier approval is stronger when both parties know exactly what product is being approved.

The right sequence is:

Define → Agree → Test → Approve → Produce → Verify

At POMAIS, commercial sourcing projects can be discussed around the exact active ingredient, concentration, formulation, destination market, product specification, packaging, and expected order quantity before bulk production.

This gives the buyer a clear technical basis for:

• 공급업체 비교
• 샘플 승인
• 배치 품질 관리
• COA review
• 반복 순서 일관성

The objective is not to create unnecessary specification complexity.

It is to make sure that the product approved before the first order is the same quality standard used for future commercial production.