Flux-cored (tubular) electrodes for gas shielded and self-shielded metal welding are advanced welding consumables designed to offer superior weld quality and efficiency. These electrodes are ideal for welding carbon or carbon-manganese steel in various industrial applications, providing exceptional strength and durability.
The core of the electrode contains flux material that improves arc stability, enhances slag removal, and reduces spatter, making it easier to achieve smooth and precise welds. Suitable for both manual and automated welding processes, these electrodes are essential for achieving high-quality welds in demanding manufacturing and construction environments.
Introduction
BIS certification
for flux-cored (tubular) electrodes ensures that these welding consumables meet
the stringent quality standards established for metal welding applications.
Under the Flux Cored (Tubular)
Electrodes (Quality Control) Order, 2021, issued by the Ministry of
Commerce and Industry, manufacturers of flux-cored electrodes are required to
obtain BIS certification (ISI Mark) before selling their products in the Indian
market. This certification ensures that the electrodes comply with the relevant
specifications for welding carbon and carbon-manganese steel, providing assurance
to industries about product safety, performance, and reliability. The
certification process includes rigorous testing for material properties, weld
quality, and consistency to meet national standards.
Why is BIS Certification
Necessary for Flux Cored (Tubular) Electrodes?
BIS certification
is essential for flux-cored (tubular) electrodes to guarantee their performance
and safety in welding operations. The Flux
Cored (Tubular) Electrodes (Quality Control) Order, 2021, mandates that
only BIS-certified products are allowed in the Indian market. This
certification ensures that the electrodes meet the required quality standards
for welding carbon and carbon-manganese steel, providing strong, durable, and
high-quality welds. Non-compliance with the BIS certification requirements can
result in poor-quality welds, leading to potential structural failures.
Manufacturers who do not comply with the BIS regulations face penalties under
the Bureau of Indian Standards Act, 2016.
Overview of Indian Standard IS 15769:2008
IS 15769:2008 outlines the
specifications for flux-cored (tubular) electrodes used in gas-shielded and
self-shielded welding of carbon and carbon-manganese steel. The standard
defines the chemical composition, mechanical properties, and performance
characteristics required for these electrodes to ensure strong and reliable
welds. It also specifies the appropriate testing methods to evaluate the
welding characteristics, including arc stability, slag control, and bead
appearance. Adherence to IS 15769:2008 helps ensure that the flux-cored
electrodes provide optimal performance, enhancing welding productivity and the
structural integrity of welded joints in various industries such as automotive,
construction, and shipbuilding.
The BIS
certification process for Flux Cored (Tubular) Electrodes involves multiple
steps, designed to thoroughly evaluate a product's compliance with the required
standards. Here is a general overview of the certification process:
1. Application Submission: Manufacturers
must submit an application form along with required documentation to BIS.
2. Documentation Review: BIS reviews the
submitted documents to ensure completeness and correctness.
3. Factory Inspection: BIS officials
conduct an on-site inspection of the manufacturing facility to assess the
production process and quality control measures.
4. Sample Testing: Product samples are
taken and tested in BIS-approved laboratories to verify compliance with Indian
standards.
5. Certification Grant: Upon successful
completion of the inspection and testing, BIS grants certification, allowing
the manufacturer to use the BIS mark on their products.
To apply for BIS
certification, manufacturers need to submit the following documents:
● Application form
● Manufacturing process details
● Quality control plan
● Test reports from BIS-approved
laboratories
● Factory layout and equipment
details
● Proof of business registration
● Product specifications and
technical details
● Declaration of conformity to
Indian standards
Additionally, manufacturers may be required to provide proof of compliance with environmental and safety regulations, depending on the specific type of product being certified.
Conclusion
BIS certification
for Flux Cored (Tubular) Electrodes for Gas Shielded and Self-Shielded Metal
Welding of Carbon or Carbon- Manganese Steel is essential to ensure adherence
to quality and safety standards as per IS 15769:2008. By complying with the
mentioned Quality control order, certified products provide reliable
performance, enhance consumer safety, and reinforce the credibility of
manufacturers in the Indian market.
Navigating the BIS certification
process can be challenging, especially for small and medium-sized enterprises.
EVTL India is a leading consultancy firm dedicated to assisting manufacturers
in obtaining BIS certification (ISI Mark) efficiently. With expertise in
managing BIS portal submissions, documentation, and regulatory fees, EVTL India
ensures a smooth and successful certification process. By choosing EVTL India,
manufacturers can enhance their product's marketability both in India and
internationally, securing a competitive edge. Additionally, EVTL India provides
ongoing support post-certification, helping manufacturers maintain compliance
with BIS standards and renew their licenses as needed.
📅 BIS Critical Component List (CCL) Updates for Solar PV Modules
🕒 BIS Fee Concessions for MSMEs and Startups | EVTL India
📅 Guidelines for Implementation of Essential Requirements for Security of CCTV
🕒 Machinery and Electrical Equipment Safety (Omnibus Technical Regulation) Order, 2024
🕒 Extension of Timeline for Filing Annual Returns by Battery Producers
📅 Extension of Timeline for Filing Quarterly and Annual Returns for E-Waste
🕒 Extension of Concurrent Running Period for IS 302-1: 2008 and IS 302 (Part 1): 2024