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BIS Certification Consultancy for Steel Drums (Galvanized and Ungalvanized) | IS 2552:1989 – Qualitance India

BIS Certification Consultancy for Steel Drums (Galvanized and Ungalvanized) | IS 2552:1989 – Qualitance India

BIS Certification for Steel Drums (Galvanized and Ungalvanized) | IS 2552:1989

Steel drums are widely used for the storage, handling and transportation of industrial materials, chemicals, oils, petroleum products and other goods. Depending on their intended application, drums may require different grades, nominal capacities, sheet thicknesses and protective finishes. Manufacturers supplying galvanized or ungalvanized steel drums in India must understand the applicable Indian Standard and the requirements of the relevant Quality Control Order. The applicable product standard is IS 2552:1989 – Steel Drums (Galvanized and Ungalvanized) – Specification. It covers mild-steel drums with fixed ends and nominal capacities ranging from 3 litres to 150 litres. The standard addresses materials, dimensions, construction, finish, testing, sampling and marking. <Cite refs={["turn788493view0","turn788493view2"]}/> Qualitance India provides BIS certification consultancy to help manufacturers review the applicable requirements, prepare documentation, coordinate testing and navigate the BIS licensing process.

1. What Is IS 2552:1989?

IS 2552:1989 specifies requirements for galvanized and ungalvanized mild-steel drums with fixed ends. According to the BIS standard information, the standard covers 13 sizes with nominal capacities between 3 litres and 150 litres and internal diameters ranging from 200 mm to 480 mm. The drums are classified by nominal capacity, grade and type. <Cite refs={["turn788493view2"]}/> The standard covers important aspects such as:
  • Material requirements.
  • Sheet thickness.
  • Nominal capacity and dimensions.
  • Construction and workmanship.
  • Surface finish.
  • Air-pressure testing.
  • Drop testing.
  • Handle-pull testing, where applicable.
  • Marking and purchaser-supplied information.
Official BIS Product Manual: Download the Product Manual for IS 2552:1989 The May 2020 Product Manual identifies one amendment to the standard. Manufacturers should verify the current applicable edition and amendments before applying.

2. Is BIS Certification Mandatory for Steel Drums?

Yes. Steel drums covered by IS 2552:1989 are included in the Drums and Tins (Quality Control) Order, 2023, issued by the Department for Promotion of Industry and Internal Trade (DPIIT). The Order requires covered products to conform to the corresponding Indian Standard and bear the Standard Mark under a BIS licence in accordance with Scheme-I, subject to its provisions and exemptions. <Cite refs={["turn788493view1","turn820343search7"]}/> The original Order provides different implementation periods for general enterprises, small enterprises and micro enterprises. It also provides exemptions for certain domestically manufactured goods intended for export and for goods filled with material in powder, semi-solid or liquid form when imported into India. The exact applicability should be checked against the current legal provisions and any subsequent amendments. <Cite refs={["turn788493view1"]}/> For manufacturers, the practical compliance requirements include:
  • Confirming the product falls within IS 2552:1989.
  • Verifying the current QCO and any applicable exemptions.
  • Ensuring the drum meets the applicable grade, capacity and construction requirements.
  • Arranging product testing and factory assessment as required.
  • Obtaining the required BIS licence before using the Standard Mark.
  • Maintaining conformity during ongoing production.
Important: The fact that a drum is made from steel or is used for packaging does not, by itself, establish compliance. The product must be assessed against the applicable standard and legal requirements.

3. Product Scope Under IS 2552:1989

The BIS Product Manual identifies three principal parameters for defining the licence scope:
  • Grade
  • Nominal capacity
  • Type: galvanized or ungalvanized
The scope of a BIS licence may be restricted according to the manufacturer's manufacturing and testing capabilities. <Cite refs={["turn788493view0"]}/>

3.1 Nominal capacity

The standard covers drums with nominal capacities from 3 litres to 150 litres.

3.2 Grades of steel drums

The standard identifies five grades:
  • Grade A1
  • Grade A2
  • Grade B1
  • Grade B2
  • Grade C
The BIS standard information describes their intended applications broadly as follows:
  • Grades A1 and A2: Recommended for petroleum products and highly inflammable materials with flash points below 24.5°C.
  • Grades B1 and B2: Recommended for less inflammable materials with flash points above 24.5°C.
  • Grade C: Intended for non-toxic, non-poisonous and non-hazardous materials with flash points above 30°C. <Cite refs={["turn788493view2"]}/>
These descriptions are general guidance from the standard information. The exact grade selection must be based on the relevant standard, the product being packed and the applicable safety and transport requirements.

3.3 Galvanized and ungalvanized drums

Galvanized drums have a protective zinc coating, while ungalvanized drums do not have this galvanized finish. The type must be declared in the proposed licence scope and supported by the relevant manufacturing capability. Manufacturers should clearly identify which grades, capacities and types they intend to include in their BIS licence application.

4. BIS Grouping Guidelines for Steel Drums

The BIS Product Manual provides grouping guidelines based on nominal capacity. These are important when selecting samples for grant of licence or change in scope. <Cite refs={["turn788493view0"]}/>
Group Nominal capacity
Group I 3 to 10 litres
Group II Above 10 litres up to and including 30 litres
Group III 40 litres and 50 litres
Group IV 75 to 150 litres
The Product Manual states that one sample of any nominal capacity from each grade and type is to be drawn from each group to cover the entire nominal-capacity range within that group. For example, a manufacturer intending to cover galvanized Grade A1 drums across multiple capacity groups must plan the samples according to the applicable grouping rules. If the manufacturer also produces ungalvanized drums or other grades, those variations must be considered separately. The manufacturer must declare the varieties intended for coverage. BIS may restrict the licence scope based on the manufacturer's manufacturing and testing capabilities. During licence operation, the varieties covered by the licence should be tested in rotation, to the extent possible. <Cite refs={["turn788493view0"]}/>

5. BIS Sample Requirements for IS 2552:1989

The May 2020 BIS Product Manual specifies the following sample quantities. <Cite refs={["turn788493view0"]}/>
Sample description Quantity
Steel drums 2 drums
Drum without protective coating for air-pressure test 1 of the submitted drums
Closures 5 closures
One drum must be without protective coating for the air-pressure test, as specified in the Product Manual. The raw-material requirements are to be assessed in accordance with Clause 6 of IS 2552:1989. Confirm the exact sample selection and submission instructions with the relevant BIS office or testing laboratory before dispatch.

Why is an uncoated drum required?

The Product Manual specifically requires one drum without protective coating for the air-pressure test. Manufacturers should plan sample preparation accordingly rather than submitting only fully finished, coated drums. The sample set should also be representative of the proposed grade, capacity and type in accordance with the grouping guidelines.

6. Tests Required for BIS Certification of Steel Drums

The BIS Product Manual identifies the following main tests and inspection requirements under IS 2552:1989. <Cite refs={["turn788493view0"]}/>

6.1 Capacity and dimensions

Drums must meet the applicable requirements for nominal capacity and dimensions. The standard's requirements should be checked for the proposed capacity and drum configuration.

6.2 Sheet thickness

The material and sheet thickness must comply with the relevant clauses of the standard. Thickness inspection is an important part of verifying that the drum corresponds to its declared grade and construction.

6.3 Construction and workmanship

The drum must meet the construction requirements specified in the standard. Manufacturers should maintain controls over forming, seams, joints, closures and other construction features relevant to the finished drum.

6.4 Finish

The finished drum must comply with the applicable finish requirements. Inspection should identify defects that may affect the drum's conformity or intended performance.

6.5 Air-pressure test

The Product Manual lists the air-pressure test under Clause 9.1. The test arrangement includes pressurisation equipment, a pressure gauge, a stopwatch, soap solution and a water tank. The air-pressure test is used to assess the drum's performance under the conditions prescribed by the standard. The required test method and acceptance criteria must be taken from IS 2552:1989.

6.6 Drop test

The drop test is listed under Clause 9.2. The Product Manual identifies a concrete floor and a suitable arrangement for suspending and dropping the drum.

6.7 Handle-pull test

The handle-pull test is listed under Clause 9.3. The required arrangement includes a means of applying the specified pull load and a suitable hook attachment. The exact test conditions, loads, acceptance criteria and sample preparation must be confirmed from the standard. <Cite refs={["turn788493view0"]}/>

7. Testing Equipment and Laboratory Requirements

The Product Manual provides an indicative list of major testing equipment for steel drums. <Cite refs={["turn788493view0"]}/>
Test or inspection Equipment identified in the Product Manual
Capacity Platform balance, thermometer, hydrometer, depth gauge, flowmeter, standard measures and graduated cylinders
Dimensions Vernier calliper, steel measuring tape and steel scale
Sheet thickness Micrometer
Finish Visual examination
Air-pressure test Pressurisation arrangement, pressure gauge, stopwatch, soap solution and water tank
Drop test Concrete floor and drum-suspension/drop arrangement
Handle-pull test Arrangement for applying the required pull load, hook attachment and stopwatch
The Product Manual notes that this equipment list is indicative and not exhaustive. Manufacturers should ensure that the laboratory is appropriately equipped and staffed for the tests that must be conducted in-house. A calibration plan must be prepared for test equipment, and records of tests carried out to establish conformity must be maintained. <Cite refs={["turn788493view0"]}/>

Can testing be subcontracted?

The Product Manual permits subcontracting to a laboratory recognised by BIS or a government laboratory empanelled by BIS, where permitted under the applicable Scheme of Inspection and Testing. <Cite refs={["turn788493view0"]}/> The manufacturer should identify which tests must be carried out in-house and which can be subcontracted under the applicable scheme.

8. Documents Required for BIS Certification

The precise documents depend on the applicant's legal structure, manufacturing setup and current BIS application procedure. A typical preparation checklist includes the following.

Company and factory documents

  • Company registration or constitution documents.
  • Factory address and contact details.
  • Authorised signatory details.
  • Manufacturing facility information.
  • Production and quality-control personnel details.
  • Applicable identity and address documents.

Product and technical documents

  • Product description and intended application.
  • Proposed drum grades.
  • Nominal capacities to be covered.
  • Galvanized or ungalvanized type details.
  • Technical drawings and dimensions.
  • Steel sheet specifications and thickness details.
  • Manufacturing process flow chart.
  • Details of forming, welding, seam-making and closure operations, as applicable.
  • Machinery and testing equipment list.
  • Packaging and marking details.

Quality-control documents

  • Raw-material supplier information.
  • Raw-material inspection and thickness records.
  • Incoming material test certificates.
  • In-process inspection records.
  • Capacity and dimensional inspection records.
  • Air-pressure test records.
  • Drop-test and handle-pull test records.
  • Calibration plan and calibration records.
  • Procedures for handling non-conforming products.
  • Production and batch traceability records.

Application and testing documents

  • BIS application information and supporting documents.
  • Sample identification and submission records.
  • Relevant internal or external test reports.
  • Details of available testing facilities.
  • Additional information requested by BIS during assessment.
The final checklist should be aligned with the current BIS application instructions and the official Product Manual for IS 2552:1989.

9. Step-by-Step BIS Certification Process

Step 1: Confirm applicability

Review the product against IS 2552:1989 and confirm the current applicability of the Drums and Tins Quality Control Order, including amendments and exemptions.

Step 2: Define the proposed licence scope

List the grades, capacities and types of drums intended for certification. Plan the scope in accordance with the BIS grouping guidelines.

Step 3: Review manufacturing readiness

Assess raw materials, sheet thickness controls, drum construction, closures, finish, capacity checks and testing arrangements.

Step 4: Prepare technical documentation

Compile company, factory, product, manufacturing and quality-control documents. Establish procedures for inspection, testing, calibration and handling non-conforming products.

Step 5: Submit the BIS application

Submit the application through the applicable BIS process with the required details and supporting documents.

Step 6: Arrange sample testing

Prepare two drums and five closures in accordance with the Product Manual, including one drum without protective coating for the air-pressure test. Ensure the sample set represents the proposed licence scope.

Step 7: Complete factory assessment

Where required, support the assessment of manufacturing capability, test facilities, calibration records, quality-control arrangements and production conformity.

Step 8: Resolve observations

If test failures or assessment observations arise, investigate the cause, implement corrective actions and provide the required evidence or repeat testing as directed.

Step 9: Obtain the BIS licence

BIS grants the licence after the applicable certification requirements have been satisfied. The Standard Mark must not be used before authorisation.

Step 10: Maintain ongoing compliance

Maintain production inspection, testing records, calibration, traceability and marking in accordance with the licence and applicable Scheme of Inspection and Testing.

10. Quality Control After BIS Licence Grant

Obtaining the BIS licence is not the end of the compliance process. Manufacturers must maintain production controls to ensure that all drums covered by the licence continue to conform to IS 2552:1989. The May 2020 Product Manual specifies a Scheme of Inspection and Testing with the following recommended control levels. <Cite refs={["turn788493view0"]}/>
Characteristic Recommended control frequency in the Product Manual
Dimensions and capacity 5 samples every 20 drums of one size
Sheet thickness 1 sample from each consignment
Construction Each drum
Finish Each drum
Air-pressure test Each drum
Drop test 1 sample every 2,000 drums of one size
Handle-pull test 1 sample every 100 drums of one size
The Product Manual states that if a sample fails the dimensions and capacity test, all drums should be checked and non-conforming drums must not be marked. For the drop test, if a sample fails, two additional samples are drawn from the same lot. If there is any failure in the additional testing, the entire lot of 2,000 drums is not to be marked. For the handle-pull test, the manual states that if a sample fails, the entire lot of 100 drums is not to be marked. <Cite refs={["turn788493view0"]}/> The manual describes these levels of control as recommendatory. A manufacturer may define its own control unit, batch or lot and proposed levels of control with proper justification, subject to approval by the Head of the relevant BIS Branch Office. Manufacturers must also maintain test records, prepare a calibration plan and ensure that production conforming to the standard and covered by the licence is marked in accordance with the applicable requirements. <Cite refs={["turn788493view0"]}/>

11. BIS Certification Cost for Steel Drums

The total certification cost depends on the current BIS fee structure, the number of grades and capacities proposed, testing arrangements and the readiness of the manufacturing facility. Potential cost components include:
  • BIS application and processing charges.
  • Product testing and laboratory charges.
  • Sample preparation and transportation.
  • Laboratory equipment and calibration, where additional arrangements are needed.
  • Manufacturing and quality-control improvements.
  • Applicable licence and marking charges.
  • Professional consultancy charges, if a consultant is engaged.
The cost may differ depending on whether the manufacturer seeks certification for one grade and capacity group or several grades, capacity groups and drum types. A project-specific estimate should be prepared after confirming the intended licence scope, required testing and factory readiness. Avoid relying on a single test charge as the total cost of BIS certification.

12. How Long Does BIS Certification Take?

The timeline depends on application completeness, sample conformity, testing availability and manufacturing readiness. The process may take longer if:
  • Product drawings or specifications are incomplete.
  • Steel sheet thickness does not meet the applicable requirements.
  • Drums fail air-pressure, drop or handle-pull testing.
  • Manufacturing or quality-control records are inadequate.
  • Testing equipment or calibration arrangements are incomplete.
  • Factory assessment observations remain unresolved.
  • Repeat testing or additional information is required.
Manufacturers should plan for document preparation, sample testing, factory assessment where applicable and closure of any non-conformities. A reliable timeline can be estimated only after reviewing the proposed licence scope and manufacturing arrangements.

13. Common Compliance Challenges

Incorrect Grade Selection

The grade should be selected according to the standard, drum construction and intended application. Manufacturers should not assume that one grade covers every material to be packed.

Inadequate Thickness Control

Maintain suitable records for steel sheet thickness and ensure that the material corresponds to the applicable grade and standard requirements.

Leakage or Failure During Air-Pressure Testing

Review construction, seams, joints, closures and manufacturing processes if a drum fails the prescribed air-pressure test.

Failure of Drop or Handle-Pull Testing

Ensure that the finished drum and its handles meet the applicable construction and performance requirements.

Incorrect Licence Scope

Clearly identify the intended grades, nominal capacities and galvanized or ungalvanized types before sample selection.

Missing Calibration and Test Records

Maintain a calibration plan and traceable inspection and test records as required by the Product Manual and licence conditions.

Incorrect Standard Marking

Only mark drums that conform to the applicable standard and are covered by the valid BIS licence. Follow the prescribed marking and test-certificate requirements.

14. Why Choose Qualitance India for BIS Certification Consultancy?

Qualitance India provides BIS certification consultancy and regulatory compliance support for manufacturers across industrial and packaging sectors. For galvanized and ungalvanized steel drums under IS 2552:1989, our consultancy support can include:
  • Applicability assessment against the Indian Standard and Quality Control Order.
  • Review of the proposed grades, capacities and drum types.
  • Guidance on grouping and sample selection.
  • Assistance with application documentation.
  • Coordination support for product testing.
  • Manufacturing and quality-control gap assessment.
  • Factory-readiness support.
  • Assistance with addressing certification observations.
  • Guidance on marking, test records and ongoing compliance.
Our approach focuses on identifying technical and documentation gaps early, helping manufacturers organise their certification activities and prepare for the applicable BIS assessment. The final decision to grant a BIS licence rests with the Bureau of Indian Standards.

15. Frequently Asked Questions (FAQs)

Q1. Which Indian Standard applies to galvanized and ungalvanized steel drums?

The applicable standard is IS 2552:1989, Steel Drums (Galvanized and Ungalvanized) – Specification.

Q2. Is BIS certification mandatory for steel drums in India?

Steel drums under IS 2552:1989 are included in the Drums and Tins Quality Control Order, 2023. Manufacturers should verify the current QCO, amendments, implementation provisions and applicable exemptions before placing covered products on the market. <Cite refs={["turn788493view1"]}/>

Q3. What drum capacities are covered by IS 2552:1989?

The standard covers nominal capacities from 3 litres to 150 litres and identifies 13 sizes. <Cite refs={["turn788493view2"]}/>

Q4. Which grades are covered?

The grades are A1, A2, B1, B2 and C. The appropriate grade should be selected according to the applicable standard and intended use. <Cite refs={["turn788493view2"]}/>

Q5. What sample quantity is required for BIS certification?

The Product Manual specifies two drums and five closures. One of the drums must be without protective coating for the air-pressure test. <Cite refs={["turn788493view0"]}/>

Q6. What are the main tests for steel drums?

The Product Manual identifies capacity and dimensions, sheet thickness, construction, finish, air-pressure testing, drop testing and handle-pull testing. <Cite refs={["turn788493view0"]}/>

Q7. Can one sample cover multiple capacities?

The Product Manual provides grouping guidelines based on nominal capacity. One sample of any nominal capacity from each grade and type is to be drawn from each group to cover the relevant capacity range, subject to the manufacturer's manufacturing and testing capabilities. <Cite refs={["turn788493view0"]}/>

Q8. Can some tests be subcontracted?

The Product Manual permits subcontracting to a laboratory recognised by BIS or a government laboratory empanelled by BIS, where allowed under the applicable inspection and testing scheme. <Cite refs={["turn788493view0"]}/>

Q9. Can Qualitance India assist with BIS certification?

Yes. Qualitance India provides consultancy support for applicability assessment, scope planning, documentation, sample testing coordination, manufacturing readiness and certification-process assistance.

16. Official References

Manufacturers should consult the following official resources before applying:
  1. BIS Product Manual for IS 2552:1989: Download PDF
  2. Drums and Tins (Quality Control) Order, 2023: Official Gazette PDF
  3. BIS Products Under Compulsory Certification: Official BIS Page
  4. BIS Product Manuals: Official BIS Manual Directory
Always verify the current standard status, amendments, QCO provisions, implementation dates, exemptions and application instructions before submitting an application.

Get BIS Certification Consultancy for Steel Drums

Are you manufacturing galvanized or ungalvanized steel drums and planning to obtain BIS certification under IS 2552:1989? Qualitance India – Improving Quality & Competence can assist you with regulatory applicability, licence-scope planning, technical documentation, sample testing coordination, manufacturing-readiness review and the BIS certification process. Contact our team to discuss your drum grades, capacities, manufacturing facility, testing requirements and certification plan. Qualitance India – Improving Quality & Competence Contact Qualitance India for professional BIS certification consultancy and product compliance support for galvanized and ungalvanized steel drums under IS 2552:1989.

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