Introduction

For steel manufacturers and industrial buyers, finding a dependable Allied Ispat Galvanized Steel Coil Supplier in India is only one part of the procurement decision; the more important question is whether the supplier can consistently meet requirements for grade, thickness, width, zinc coating, surface quality, processing and delivery. Galvanized steel coils are widely used where corrosion resistance, durability and reliable fabrication performance are important. In India, manufacturers across construction, roofing, infrastructure, engineering and industrial fabrication increasingly evaluate GI, PPGI and related steel coils according to both technical specifications and supply reliability.

A galvanized steel coil is essentially a steel strip supplied in coiled form and protected with a zinc coating. The zinc layer provides corrosion protection to the underlying steel, making galvanized products useful for applications where exposure to moisture and atmospheric conditions is a concern. The Bureau of Indian Standards identifies galvanized steel strips and sheets under IS 277:2018, covering plain and corrugated galvanized products for applications including roofing, panelling and lock-forming.

For a steel manufacturer, however, purchasing a coil is not simply about selecting a material from a catalogue. The correct product must match the manufacturing process and final application. Thickness, width, grade, coating mass, mechanical properties, surface finish and coil dimensions can all influence production performance.

This is why understanding GI coils, galvanized steel coils, PPGI coils and PPGL coils before selecting a supplier can help procurement teams make more informed decisions.

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What Is a Galvanized Steel Coil?

A galvanized steel coil is a steel strip coated with zinc to improve its resistance to corrosion. Instead of purchasing individual sheets, manufacturers can receive the material in continuous coil form, allowing it to be processed through equipment such as roll-forming, slitting, profiling and other fabrication systems.

The basic concept is straightforward:

Steel substrate + zinc coating = galvanized steel

The zinc coating acts as a protective layer between the steel and the surrounding environment. It can also provide sacrificial protection to exposed steel in certain circumstances, helping reduce the risk of corrosion.

The BIS documentation for galvanized steel explains that galvanization can be performed through processes such as hot-dip galvanizing, in which steel is immersed in molten zinc. The zinc coating provides protection against atmospheric corrosion. (Bureau of Indian Standards)

For manufacturers, the value of galvanized steel extends beyond corrosion protection. The material can be selected according to specific requirements involving:

• Thickness
• Width
• Steel grade
• Zinc coating
• Surface finish
• Mechanical properties
• Coil weight
• Dimensional tolerances
• Fabrication requirements

This makes galvanized steel coils an important input for manufacturers that need a combination of steel strength, processability and surface protection.

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What Is a GI Coil?

GI coil generally refers to a Galvanized Iron or galvanized steel coil. In modern industrial usage, GI products are commonly understood as steel products protected by a zinc coating.

The term “GI coil” is frequently used in commercial steel procurement because it is short and widely recognized among buyers, traders, fabricators and manufacturers.

A typical GI coil consists of a steel substrate with a zinc coating applied to its surface. The exact properties of the finished coil depend on factors such as the base steel, coating specification, manufacturing process and intended application.

Why Is Zinc Used?

Steel naturally reacts with environmental conditions and can corrode when exposed to moisture and other corrosive elements. Zinc provides an additional protective layer.

The purpose of galvanizing is therefore not to change the steel into a completely different structural material. Instead, it adds a protective metallic coating to improve the steel’s resistance to corrosion.

For industrial buyers, this distinction is important because the base steel and zinc coating both contribute to the final product’s performance.

Common Characteristics of GI Coils

Depending on specification and application, manufacturers may evaluate GI coils based on:

• Zinc coating
• Thickness
• Width
• Steel grade
• Surface appearance
• Formability
• Strength
• Dimensional tolerance
• Coil weight
• Edge condition

A manufacturer producing roofing profiles, ducts, panels or fabricated components may require a different specification from another manufacturer producing precision-formed components.

Therefore, there is no single GI coil specification suitable for every application.

How Are Galvanized Steel Coils Manufactured?

The manufacturing route can vary according to the steel grade, galvanizing technology and required product specification. However, the basic process involves preparing the steel surface, applying the zinc coating and controlling the finished product.

1. Steel Substrate Preparation

The process starts with a suitable steel substrate. The base material needs to meet the mechanical and dimensional requirements of the intended product.

For manufacturers, selecting the appropriate substrate is important because the final coil’s performance depends not only on the zinc coating but also on the properties of the underlying steel.

2. Surface Cleaning

Before zinc can adhere effectively, contaminants such as oils, oxides and other surface residues need to be removed.

Proper surface preparation contributes to coating adhesion and consistency.

3. Surface Treatment and Processing

Depending on the production route, the steel may undergo processes such as cleaning, pickling and annealing.

The exact sequence varies according to the manufacturing technology and required material properties.

4. Zinc Coating

In hot-dip galvanizing, the prepared steel passes through molten zinc so that a protective zinc coating forms on its surface.

Coating control is particularly important because the required coating level depends on the product specification and application.

5. Cooling and Surface Treatment

After coating, the strip is cooled and may undergo additional surface treatment depending on the desired properties and customer requirements.

6. Inspection

The finished material can be inspected for parameters such as:

• Thickness
• Width
• Coating
• Surface condition
• Dimensional accuracy
• Mechanical properties

Quality inspection is particularly important for industrial buyers because variations in coil characteristics can affect downstream processing.

7. Coiling and Packaging

After processing and inspection, the finished steel strip is wound into a coil and prepared for transportation.

Packaging should protect the material from unnecessary damage during handling, storage and transportation.

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Why Are GI Coils Important for Steel Manufacturers?

For steel manufacturers, raw-material selection directly affects manufacturing efficiency and final-product quality.

A GI coil can be useful when the manufacturing process requires steel that combines a metallic protective coating with the mechanical characteristics needed for forming or fabrication.

1. Corrosion Protection

The primary reason for galvanizing steel is improved corrosion protection.

The zinc coating creates a protective barrier around the steel. This makes galvanized products useful for applications where the material may be exposed to atmospheric moisture or other environmental conditions.

However, corrosion performance depends on several factors, including coating characteristics, environment, product design and exposure conditions. Buyers should therefore select the specification according to the actual application rather than assuming every galvanized coil will perform identically.

2. Durability

Galvanized steel is often selected for products expected to remain in service for extended periods.

For manufacturers, this can be particularly relevant when producing components used in:

• Roofing
• Wall systems
• Industrial structures
• HVAC systems
• Panels
• Fabricated components

3. Fabrication Potential

Manufacturing applications often require materials that can be cut, formed, rolled or otherwise processed.

The suitability of a GI coil for a specific fabrication process depends on its grade, thickness, mechanical properties and coating characteristics.

A manufacturer should therefore communicate the intended process to the supplier before purchasing.

4. Consistent Production

Consistency is one of the most important concerns for industrial procurement.

Variations in:

• Thickness
• Width
• Coating
• Surface quality
• Mechanical properties

can affect downstream production.

For high-volume manufacturers, consistent raw materials can help reduce production interruptions and quality-related problems.

5. Application Flexibility

GI coils are used across several industries because they can be processed into different products.

Their applications range from relatively simple fabricated components to products requiring controlled dimensions and forming characteristics.

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Major Applications of Galvanized Steel Coils

The versatility of galvanized steel makes it relevant to multiple manufacturing and infrastructure sectors.

Construction

Construction is one of the major areas where galvanized steel products are used.

GI material can be processed into:

• Roofing products
• Wall panels
• Structural components
• Framing products
• Fabricated sections
• Cladding-related components

The zinc coating is particularly useful where corrosion resistance is an important consideration.

BIS identifies galvanized steel sheets and strips for applications including roofing, panelling and lock-forming. (Bureau of Indian Standards)

Roofing

GI coils can be processed into roofing profiles and related products.

For roofing manufacturers, important procurement parameters may include:

• Thickness
• Width
• Coating
• Formability
• Surface condition
• Profile requirements

The appropriate specification should be selected based on the design and environmental conditions of the finished roofing product.

Infrastructure

Infrastructure projects often require steel products capable of handling demanding environmental conditions.

Galvanized steel may be considered for components where corrosion resistance and durability are relevant.

The exact material specification should depend on the project’s engineering requirements.

Automotive Applications

Galvanized steel is also relevant to automotive manufacturing and component production, where corrosion protection can be an important consideration.

However, automotive applications can involve highly specific steel grades and mechanical requirements. Manufacturers should therefore verify the required specification rather than treating standard GI coil as universally suitable.

HVAC and Ducting

Galvanized steel is widely associated with ducting and HVAC-related fabrication.

Manufacturers may process coils into duct sections and other components where corrosion resistance and formability are required.

Electrical Equipment

GI steel can also be used in certain electrical panels, enclosures and fabricated components.

Here again, the appropriate material depends on the component’s mechanical, dimensional and environmental requirements.

Industrial Fabrication

Fabricators can use galvanized coils for a variety of products where zinc-coated steel provides a useful combination of strength and corrosion protection.

This can include:

• Panels
• Frames
• Profiles
• Channels
• Enclosures
• Fabricated components

GI Coil vs Galvanized Steel Coil: Is There a Difference?

In everyday commercial usage, GI coil and galvanized steel coil are often used to describe the same broad category of zinc-coated steel coil.

The more important issue for a manufacturer is not the terminology but the actual product specification.

Two coils may both be described as GI coils while having different:

• Thicknesses
• Widths
• Steel grades
• Zinc coating levels
• Mechanical properties
• Surface finishes
• Coil weights

Therefore, procurement teams should avoid selecting material based solely on the term “GI coil.”

What Should Buyers Compare?

Before placing an order, manufacturers should compare:

Parameter	Why It Matters
Steel grade	Determines suitability for the intended application
Thickness	Affects weight, forming and finished-product dimensions
Width	Must match the production process
Zinc coating	Influences corrosion protection
Surface finish	Important for appearance and downstream processing
Mechanical properties	Relevant to forming and structural performance
Coil weight	Important for handling and machine capacity
Tolerance	Supports dimensional consistency
Documentation	Helps verify material requirements

This specification-based approach is more reliable than simply comparing supplier names or quoted prices.

What Specifications Should Steel Manufacturers Check Before Buying?

A procurement team should create a technical specification sheet before requesting quotations from a GI coil supplier in India.

1. Thickness

Specify the required thickness rather than asking for a generic GI coil.

Thickness affects material weight, forming behaviour and final-product dimensions.

2. Width

Width should match the manufacturing line, roll-forming machine, slitting requirement or finished-product design.

Allied Ispat’s trading-coil page states that it supplies both wide-width and slit-coil formats and lists customized dimensions for industrial applications. (Allied Ispat India)

3. Steel Grade

The grade should be selected according to the required mechanical and forming characteristics.

A manufacturer should communicate the application and forming process to the supplier so the appropriate grade can be evaluated.

4. Zinc Coating

Zinc coating is a critical parameter for galvanized steel.

The required coating should be specified according to the intended application and applicable standard.

BIS’s current documentation identifies IS 277:2018 as the Indian Standard covering galvanized steel strips and sheets, including coils.

5. Surface Finish

Surface requirements may differ according to whether the material will be exposed, painted, formed or further processed.

6. Mechanical Properties

Manufacturers should consider relevant mechanical properties such as:

• Yield strength
• Tensile strength
• Elongation

These properties can influence how the material behaves during forming and fabrication.

7. Dimensional Tolerance

Consistent dimensions are especially important when coils are processed through automated machinery.

8. Inspection and Documentation

Depending on the application, buyers may require:

• Test certificates
• Inspection reports
• Material specifications
• Coating information
• Dimensional records

Documentation helps procurement and quality teams verify that the supplied material matches the purchase specification.

What Is a PPGI Coil?

PPGI coil stands for Pre-Painted Galvanized Iron or Pre-Painted Galvanized Steel coil. It is generally produced using galvanized steel as the substrate, followed by a coating and painting process designed to provide a finished surface with both functional and aesthetic benefits.

Unlike a conventional GI coil, where the zinc-coated steel surface is generally the finished metallic surface, PPGI has an additional paint or organic coating system.

For manufacturers, this distinction is important because PPGI can combine:

• The corrosion protection associated with a galvanized substrate
• A pre-finished surface
• Colour options
• Reduced need for certain downstream painting operations
• Suitability for applications where appearance matters

PPGI is commonly considered for applications such as roofing, wall panels, building products, appliances and other manufactured components.

However, PPGI should not simply be treated as a decorative version of GI. The coating system, substrate, paint type, thickness and application requirements all influence its suitability.

What Are PPGI Coils Used For?

PPGI coils can be processed into products used in:

• Roofing sheets
• Wall cladding
• Sandwich panels
• Building components
• Industrial enclosures
• Appliances
• Fabricated products
• Architectural applications

For manufacturers, the key advantage is the ability to receive a pre-coated material that can potentially reduce some downstream finishing requirements.

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GI vs PPGI vs PPGL Coils

GI, PPGI and PPGL coils belong to related categories of coated steel products, but their construction and intended applications can differ.

Understanding these differences is useful for procurement managers who are comparing steel coil suppliers.

Feature	GI Coil	PPGI Coil	PPGL Coil
Base material	Steel	Galvanized steel	Steel with aluminium-zinc-based metallic coating
Surface	Zinc-coated	Pre-painted galvanized surface	Usually pre-painted aluminium-zinc coated surface
Primary coating	Zinc	Zinc + organic coating	Aluminium-zinc coating, often with paint
Appearance	Metallic	Coloured / finished	Coloured / finished
Main advantage	Corrosion protection	Protection + appearance	Coating performance + appearance
Common applications	Roofing, fabrication, construction	Roofing, panels, building products	Roofing, cladding, industrial products
Processing	Forming, slitting, fabrication	Forming and fabrication subject to coating requirements	Forming and fabrication subject to coating requirements

The precise performance of each product depends on its specification, coating system, manufacturing process and operating environment.

Therefore, manufacturers should select the material based on the finished product’s requirements, rather than assuming that one coated steel product is automatically better than another.

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What Is the Difference Between GI and PPGI?

The simplest distinction is:

GI is zinc-coated steel, while PPGI is galvanized steel that has received an additional pre-painted coating system.

GI is often selected where corrosion protection and fabrication characteristics are the primary considerations.

PPGI may be selected when the application also requires a finished colour or coated appearance.

For example, a manufacturer producing a structural or concealed component may have different material requirements from a manufacturer producing an exposed roofing panel.

The decision should therefore consider:

• Environmental exposure
• Required appearance
• Forming process
• Coating requirements
• Expected service conditions
• Product design
• Maintenance considerations
• Cost

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What Factors Affect GI Coil Price in India?

One of the most common commercial searches in this segment is “GI coil price in India.”

However, there is no single price that applies to every GI coil.

The final quotation can change according to the material specification, order quantity, processing requirements and market conditions.

1. Base Steel Price

The underlying cost of steel is one of the major factors affecting the price of galvanized steel coils.

Changes in raw-material and steel-market conditions can influence quotations.

2. Zinc Coating

The amount and specification of zinc coating can influence material cost.

A buyer requiring a particular coating level should communicate the requirement clearly when requesting quotations.

3. Thickness

Different thickness requirements result in different material costs and weights.

A quotation for a thinner coil cannot necessarily be compared directly with one for a thicker coil.

4. Width

Width is another important specification.

Wide coils and slit coils can have different commercial considerations depending on processing requirements.

5. Steel Grade

The required grade can affect both technical suitability and price.

Manufacturers should specify the required grade rather than asking suppliers for a generic “GI coil rate.”

6. Order Quantity

Bulk purchasing can have different commercial terms from smaller orders.

Procurement teams should therefore compare quotations on an equivalent quantity basis.

7. Slitting and Processing

If the buyer requires slit coils, additional processing may affect the final quotation.

The same applies to other customized processing requirements.

8. Packaging

Packaging requirements can vary depending on:

• Transportation method
• Storage conditions
• Handling requirements
• Customer specifications

These factors can influence the overall landed cost.

9. Freight and Delivery Location

A quoted material price does not always represent the final delivered cost.

Transportation distance, freight conditions and delivery location can affect the total procurement cost.

10. Market Conditions

Steel prices can change over time due to broader market conditions.

Therefore, manufacturers looking for the current GI coil price in India should request a fresh quotation based on exact technical requirements instead of relying on an old price found online.

Best Practice for Price Comparison

When comparing quotations from different GI coil suppliers in India, ensure that all suppliers are quoting against the same:

• Grade
• Thickness
• Width
• Zinc coating
• Quantity
• Coil weight
• Surface requirement
• Processing requirement
• Delivery location
• Payment terms

Only then does a price comparison become meaningful.

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How to Choose the Right GI Coil Supplier in India?

Selecting a GI coil supplier in India is a strategic procurement decision for manufacturers because poor material consistency can create problems further down the production line.

A supplier evaluation should therefore go beyond the lowest quotation.

1. Check the Product Range

A supplier with a relevant range of GI, PPGI, slit and related coated coils can potentially provide more flexibility when manufacturing requirements change.

The buyer should still verify that the specific grade and dimensions required are available.

2. Evaluate Quality Consistency

Consistency is particularly important for high-volume manufacturing.

Ask about:

• Thickness tolerance
• Width tolerance
• Coating consistency
• Surface quality
• Mechanical properties
• Inspection procedures

3. Verify Technical Specifications

The supplier should be able to clearly communicate the specifications of the offered material.

A procurement team should not have to guess whether a particular coil meets its production requirements.

4. Ask for Material Documentation

Depending on the application, buyers may need documentation supporting the material’s specifications.

This can help quality-control teams verify the material received against the purchase order.

5. Check Availability

Material availability can affect production planning.

For manufacturers operating on tight production schedules, delayed material can have consequences beyond the cost of the steel itself.

6. Evaluate Delivery Capability

A reliable supply arrangement should consider:

• Delivery schedule
• Location
• Transportation
• Packaging
• Order quantity
• Dispatch coordination

7. Consider Slitting Requirements

If the manufacturing line requires narrower widths, ask whether the supplier can provide appropriate slit-coil formats or coordinate the required processing.

Allied Ispat’s trading coil page lists GI slit coils and PPGI slit coils among its offerings.

8. Compare Commercial Transparency

A good quotation should clearly establish what is included.

Manufacturers should clarify:

• Product specification
• Quantity
• Price basis
• Taxes
• Freight
• Packaging
• Delivery
• Payment terms

9. Assess Communication

Procurement becomes easier when technical and commercial questions receive clear responses.

This is especially important when buyers need customized dimensions or specific processing.

10. Evaluate the Supplier Against the Application

Ultimately, the right supplier is not simply the one offering the lowest rate.

The better question is:

Can the supplier consistently provide the required material specification at commercially acceptable terms?

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Why Consider Allied Ispat for GI, PPGI and Galvanized Steel Coils?

From a third-party procurement perspective, Allied Ispat can be evaluated as one of the sourcing options for manufacturers looking for trading coils in India.

According to its trading-coil product page, the company’s listed range includes GI coils, GI slit coils, PPGI coils and PPGI slit coils, along with related coated-coil products.

The page also positions these products for industrial requirements and identifies applications including construction-related and other manufacturing uses.

For a manufacturer evaluating Allied Ispat or any other galvanized steel coil supplier in India, the assessment should still be based on the specific procurement requirement.

Important questions include:

• Does the supplier have the required grade?
• Is the required thickness available?
• Can the required width be supplied?
• Is the zinc coating suitable for the application?
• Are slit coils required?
• What documentation is available?
• What is the expected delivery schedule?
• What are the commercial terms?
• Is the material suitable for the manufacturing process?

This approach keeps the procurement decision objective and specification-driven.

Benefits of Working With a Reliable Steel Coil Supplier

A dependable supplier relationship can provide benefits that extend beyond individual purchase orders.

Consistent Material Availability

Manufacturers need raw materials when production schedules require them.

A stable supply relationship can make procurement planning easier.

Better Production Planning

When material specifications and delivery schedules are predictable, production teams can plan inventory and manufacturing more effectively.

Reduced Production Interruptions

Unexpected material shortages can disrupt production.

Better procurement coordination can help reduce this risk.

Improved Quality Control

Consistent material specifications make it easier for quality teams to establish inspection procedures.

Better Delivery Coordination

Industrial buyers often need material delivered according to production schedules rather than simply receiving the material whenever it becomes available.

Reduced Sourcing Risk

Working with suppliers who understand the buyer’s technical requirements can reduce communication gaps between purchasing, quality and production teams.

Long-Term Procurement Efficiency

For recurring requirements, establishing clear specifications and supply procedures can simplify future orders.

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Galvanized Steel Coil Procurement Checklist for Manufacturers

Before placing an order with a steel coil supplier in India, procurement teams can use the following checklist.

Technical Requirements

☐ Required steel grade
☐ Required thickness
☐ Required width
☐ Zinc coating specification
☐ Surface finish
☐ Mechanical properties
☐ Dimensional tolerance
☐ Edge condition
☐ Coil weight
☐ Slitting requirements

Quality Requirements

☐ Applicable standard
☐ Material test certificate
☐ Inspection requirements
☐ Coating verification
☐ Surface inspection
☐ Dimensional inspection

Commercial Requirements

☐ Quantity
☐ Price basis
☐ Taxes
☐ Freight
☐ Packaging
☐ Payment terms
☐ Delivery location
☐ Required delivery date

Supplier Evaluation

☐ Product availability
☐ Processing capability
☐ Documentation
☐ Delivery capability
☐ Communication
☐ Commercial transparency

This checklist can help manufacturers compare suppliers using the same criteria instead of making decisions based solely on price.

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Frequently Asked Questions About GI and Galvanized Steel Coils

1. What is a galvanized steel coil?

A galvanized steel coil is a steel strip supplied in coil form and protected with a zinc coating. The zinc layer helps improve the steel’s resistance to corrosion. Galvanized coils are used across construction, roofing, fabrication, infrastructure and various industrial applications.

2. What is a GI coil?

GI coil is a commonly used commercial term for galvanized steel coil. It generally refers to steel coil that has received a zinc coating for corrosion protection.

3. What is the difference between GI and galvanized steel coil?

In general commercial usage, GI coil and galvanized steel coil refer to the same broad product category. However, individual products can differ significantly in grade, thickness, width, coating and mechanical properties.

4. What is a PPGI coil?

PPGI stands for Pre-Painted Galvanized Iron or Pre-Painted Galvanized Steel. It generally consists of a galvanized steel substrate with an additional organic coating system. It is commonly used where both corrosion protection and a finished coloured surface are required.

5. What is the difference between GI and PPGI?

GI primarily has a zinc coating, while PPGI uses galvanized steel as the substrate and adds a pre-painted coating system. PPGI is therefore commonly selected when the product requires both a coated appearance and the properties of a galvanized substrate.

6. What affects GI coil prices in India?

GI coil prices can vary according to base steel prices, thickness, width, grade, zinc coating, order quantity, processing, slitting, packaging, freight and prevailing market conditions. Buyers should request quotations based on exact specifications.

7. How do I choose a GI coil supplier in India?

Compare suppliers based on product specifications, quality consistency, coating requirements, documentation, availability, processing capabilities, delivery schedules and commercial terms. The lowest price should not be the only selection criterion.

8. What industries use galvanized steel coils?

Galvanized steel coils are used in construction, roofing, infrastructure, HVAC, fabrication, engineering, automotive-related applications, electrical equipment and various industrial manufacturing processes.

9. What specifications should manufacturers check before buying GI coils?

Important specifications can include steel grade, thickness, width, zinc coating, surface finish, mechanical properties, dimensional tolerances, coil weight and applicable quality requirements.

10. Where can manufacturers source GI and PPGI coils in India?

Manufacturers can evaluate established steel traders and suppliers based on their required product specification, availability, processing requirements, documentation, delivery capability and commercial terms. Allied Ispat’s listed trading-coil range includes GI and PPGI coils and corresponding slit-coil formats.

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Final Takeaway

For steel manufacturers, sourcing galvanized steel coils is ultimately a technical and commercial decision. A competitive quotation matters, but so do material consistency, zinc coating, grade, dimensions, documentation, availability and delivery.

GI coils remain an important material for applications where steel needs additional corrosion protection. PPGI and related coated products extend the range of options for manufacturers that require both protective and finished surfaces.

When evaluating a GI Coil Supplier in India, procurement teams should begin with a clearly defined specification and then compare suppliers on equivalent terms. Allied Ispat can be considered among the sourcing options for buyers looking for GI, PPGI and related trading-coil products, subject to verification of the specific requirements and current availability.

For manufacturers comparing suppliers, the most practical next step is to prepare a requirement sheet covering grade, thickness, width, zinc coating, quantity, slit requirements, delivery location and required delivery date before requesting quotations.Suggested CTA

Looking for GI, PPGI or galvanized steel coils for your manufacturing requirements? Evaluate the required specifications first, then request a quotation based on your exact grade, dimensions, coating and quantity requirements from a suitable steel coil supplier.

Explore Allied Ispat Trading Coils

Allied Ispat Mumbai Central

Address : Shop 69, Maulana Shaukat Ali Road, Chhota Sonapur, Siddharth Nagar, Mumbai Central, Mumbai, Maharashtra 400008.

Phone number. 09821177009

Website : https://alliedispatindia.com/

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