About Image

About Our Company

Welcome to Prime Steel Forming a leading manufacturer.

At Prime Steel Forming (PSF), we blend decades of expertise in the manufacturing of engineering products with a deep understanding of the evolving solar rooftop and ground mount segment. PSF represents a fusion of seasoned wisdom and innovative vision.
With over 64 years of combined experience in manufacturing engineering products, we bring an invaluable insight and a commitment to excellence. PSF is dedicated to precision and quality which are the cornerstone of our operations.
Complementing this legacy is our 8 years of specialized experience in the dynamic solar rooftop and solar ground mount segment. PSF expertise's in this rapidly growing industry drives our commitment to sustainable solutions and cutting-edge technology.
Together, PSF forms a dynamic team united by a shared passion for innovation, sustainability, and customer satisfaction. At Prime Steel Forming, we're not just shaping steel; we're shaping the future of Solar Energy and Pre-Engineering Building infrastructure.

100% Client
Satisfaction

Branded Raw
Material

Precision Built

Engineered with millimetre precision, our solar structures ensure seamless panel alignment and maximum energy yield.From material selection to final fabrication, every component undergoes rigorous, precision-driven manufacturing for unmatched durability and reliability.

Imported Machinery

Our commitment to 'Precision Built' is powered by world-class imported machinery, ensuring every structural component meets global standards for alignment and strength, automated roll-forming and CNC equipment, imported from global technology leaders, to guarantee rapid production and zero-error fabrication.

Design Assistance

We don't just supply structures we partner with you. Our Design Assistance team provides customized structural layouts and planning tailored precisely to your site conditions and PV module specifications which guaranteeing maximum energy production and structural integrity while minimizing steel consumption.

Tailored Solution

Every site is unique, specialize in providing fully tailored solutions, customizing the span, tilt, and height of our structures to perfectly match your specific module type, terrain, and soil conditions. We designs bespoke mounting systems that address complex site challenges ensuring optimal panel density.

200 +

Satisfied Client

400 MW

Supplied

20000 MT

Annual Capacity

WHAT WE OFFER

We Are Dedicated To Serve You All Time.

Lip C & Z

Lip C & Z Channel

Material available - Magsure, Galvanium, Pre GI/GP, Hot Galvanised, HR(black), Stainless Steel.
Size c channel - width:75mm- 300mm; height: 30mm - 80mm; lip: 10mm - 20mm; thickness:1mm X 3mm
Size z channel - width:120mm- 300mm; height: 30mm - 80mm; lip: 10mm - 20mm; thickness:1mm X 3mm
Punching facility available (on request)

Hat profile

Hat Profile

Material available - Magsure, Galvanium, Pre GI/GP, Hot Galvanised, HR(black), Stainless Steel.

Uni Stut

Uni Stut

Material available - Magsure, Galvanium, Aluminium, Pre GI/GP, Hot Galvanised, HR(black), Stainless Steel.
Size - 41mm X 21mm; 41mm X 41mm; 41mm X 62mm; 41mm X 82mm
Categories: plain/ slotted.

U Channel

U Channel Profile

Material available - Magsure, Galvanium, Pre GI/GP, Hot Galvanised, HR(black), Stainless Steel.
Size c channel - width: 80mm- 300mm; height: 40mm - 80mm;
thickness:1.5mm X 3mm (on request)

Rail Profile

Mono Rail Profile

Material available - Aluminium

FRP-Walkway

Walk Way

Material available - FRP

Cable Tray

Cable Tray

Material available - Pre GI / GP

L Angel Profile

L angle profile

Material available - Magsure, Galvanium, Pre GI/GP, Hot Galvanised, HR(black), Stainless Steel.

base plate

Base Plate

Material available - HR(black), pre GI/GP, Hot Galvanised

jointer

Jointer

Material available - HR(black), pre GI/GP, Hot Galvanised

L bracket

Hanger / Degree Clamp
(L Bracket)

Material available - Magsure, Galvanium, Pre GI/GP, Hot Galvanised, HR(black), Stainless Steel.

mid & end clamps

Mid & End Clamp

Material available - HR(black), pre GI/GP, Hot Galvanised, Aluminum

Spring nut, SDS & washer nut

Spring Nut, SDS &
Washer Nut

Material available - Pre GI / GP, Hot Galvanised

Hex & Allen bolt

Hex Bolt & Allen Bolt

Material available - Pre GI / GP, Hot Galvanised

J & U Bolt

J Bolt & U Bolt

Material available - Pre GI / GP, Hot Galvanised,

Our Skills

We are Committed to
Continuous Improvement

Machine

Most Trusted
& Certified Skills

Globally recognized, demonstrates
strong project planning, execution,
and control skills.

Customisable
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Accuracy
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On Time Delivery
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Industrial Sector

Our Industry Competence

We possess deep industry expertise and a comprehensive understanding of the challenges and opportunities within the Solar Pannel Structures sector.


  1. Solar Parks:
    Large-scale solar parks benefit from our sturdy mounting solutions, which are designed for easy installation and optimal panel performance.

  2. Grid-Connected & Off-Grid Solar Projects:
    Our structures support both grid-tied and standalone solar systems, providing reliable mounting solutions tailored to various energy needs.

  3. Rooftop Projects:
    Ideal for residential and commercial rooftop installations, our systems are engineered for space efficiency and aesthetic integration.

  4. Captive Power Producers:
    Our robust mounting structures enable efficient energy generation for industries looking to harness solar power for their own consumption.
Project Image
Project Image

Recent Post

Latest From our blog

Stucture Image

The Foundation of Efficiency: Understanding Solar Panel Frame Structures

The frame of a solar panel isn't just for aesthetics; it plays several critical roles. Firstly, it provides the necessary rigidity and protection for the delicate photovoltaic cells within. Choosing the right frame structure ensures your solar investment . . .

Solar Pannel Structures

Types of Solar Panel Mounting Systems: Ground vs. Roof Frames.

These systems typically involve rails that are attached to the roof rafters, with clamps then securing the individual solar panel frames to these rails. Factors like roof angle, orientation, and material all influence the specific type of roof . . .

Gallery Image

Innovations in Solar Frame Structures: Durability Meets Design.

One significant innovation is the move towards lighter, yet stronger materials and more streamlined designs. Integrated racking systems, where the mounting hardware is partially built into the panel frame itself . . .

Base Plate
cable tray
FRP-Walkway-4
Hat profile
hat-section-diagram
Hex & Allen bolt
Hex & Allen bolt
strut profile
uni strut
u channel

Frequently Asked Questions

Addressing all the common questions across various categories of product information, ordering and their installation which will help and provides clients an intrection towards satisfaction and required needs.

Contact us

  • What is the primary purpose of a solar panel structure?

    The primary purpose is to securely hold the solar panels in place, position them at the optimal angle and orientation to capture the maximum amount of sunlight, and ensure the stability and durability of the entire array. A good structure must withstand environmental forces like wind, snow, and seismic activity for the system's entire lifespan (typically 25+ years).

  • What are the main types of solar panel structures (mounting systems)?

    Roof-Mounted Systems: Most common for homes and commercial buildings. They are divided into:
    1. Pitched Roof: Uses rails or rail-less systems attached directly to the roof rafters.
    2. Flat Roof: Often uses a ballasted system (weights like concrete blocks) or tilted frames to pitch the panels without penetrating the roof surface (though penetrating systems are also used).
    3. Ground-Mounted Systems: Free-standing structures anchored into the ground using concrete foundations or earth screws. These offer the most flexibility in tilt and orientation.
    4. Pole-Mounted Systems: Use a single or dual pole to raise the panels higher off the ground, often integrating tracking technology to follow the sun's path for maximum efficiency.

  • What materials are typically used for solar panel structures, and why?

    The most common materials are:
    1. Anodized Aluminum: Used for mounting rails and panel frames due to its lightweight, high strength, and excellent corrosion resistance, making it ideal for outdoor use.
    2. Galvanized Steel or Stainless Steel: Often used for ground-mount posts and heavy-duty components where maximum strength and load-bearing capacity are required, especially against high wind and snow loads. Hot-dip galvanization is used to prevent rust and ensure longevity.

  • How is the optimal tilt angle of a solar panel determined?

    The optimal tilt angle is crucial for maximizing energy production and is primarily determined by the site's latitude.
    For systems with a fixed tilt, the angle of the panels is typically set to match the local latitude.
    In practice, installers may adjust this angle slightly to:
    1. Optimize for winter or summer production.
    2. Encourage better snow shedding in cold climates.
    3. inimize shading from adjacent panel rows.

  • Why is a structural assessment important before installing a roof-mounted system?

    The existing roof structure (rafters and decking) has sufficient load-bearing capacity to safely handle the added dead load (weight of panels and racking) plus the live loads (wind uplift and snow) mandated by local building codes. The chosen mounting system is appropriate for the roof material (e.g., asphalt shingles, tile, metal) and ensures the roof remains watertight after installation and penetration.