S K Industries

• Design & Planning:

  • Site assessment and measurement

  • Custom design based on specific dimensions, layout, and usage

  • Selection of materials (steel, stainless steel, aluminum)

  • Load-bearing analysis and compliance with local building codes

  • Design customization (e.g., modern, industrial, or traditional style)

• Materials Used:

  • Mild Steel (MS) – Cost-effective and strong for heavy-duty applications

  • Stainless Steel – Corrosion-resistant, high aesthetic appeal, ideal for high-end projects

  • Aluminum – Lightweight, corrosion-resistant, ideal for residential or decorative use

  • Glass Inserts – For stair treads or railing infills in modern designs

  • Wood or Stone – Can be combined with metal for a more elegant look

The key features of Fabrication Work:

• Custom Design & Engineering: Tailored fabrication based on client specifications and project requirements.

• Material Flexibility: Works with various materials including steel, aluminum, stainless steel, and alloys.

• Cutting, Bending & Welding: Comprehensive services including laser cutting, CNC bending, MIG/TIG welding, and assembly.

• Skilled Workforce: Experienced fabricators ensure high-quality craftsmanship and attention to detail.

• Structural Integrity: Strong, durable builds meeting industrial and structural standards.

• Surface Finishing: Options such as powder coating, painting, galvanizing, or polishing for durability and aesthetics.

• Prototype to Production: Capable of handling everything from one-off prototypes to large-scale production runs.

• On-Site Fabrication: Option for on-site work for large structures or installations.

• Industry Compliance: Adherence to safety and quality standards like ISO, AWS, or ASME.

• Wide Applications: Used in construction, industrial equipment, automotive, machinery, and architectural projects.

• Design & Planning:

  • Site measurements and structural analysis

  • Selection of mild steel grade and thickness based on load and application

  • Custom design per client specifications, including aesthetic considerations

  • Load-bearing and safety compliance (meeting local standards and codes)

• Materials Used:

  • Mild Steel – Commonly used for its cost-effectiveness, strength, and ease of fabrication

  • Coatings – Galvanization, powder coating, or painting for rust resistance

  • Fasteners – Bolts, nuts, and rivets for assembly

• Design & Planning:

  • Site measurement and layout configuration

  • Selection of height, diameter, and number of steps

  • Load-bearing and safety compliance (based on local codes)

• Materials Used:

  • Mild steel (MS) – most common for structural strength

• Overview:

  • Laser Job Work Services involve using advanced laser technology to perform various precision tasks like cutting, engraving, marking, and welding on a wide range of materials (metal, plastic, wood, etc.).

  • Provides high precision and clean cuts with minimal material wastage.

  • Often used in industries like automotive, aerospace, manufacturing, and decoration.

• Laser Cutting Services:

  • Precision Cutting – Using laser beams to cut through metal, wood, plastic, and other materials with high accuracy.

  • Complex Shapes – Ability to cut intricate and complex shapes that are hard to achieve with traditional cutting methods.

  • Thickness Range – Can cut materials of varying thickness, from thin sheets to thicker plates, depending on the laser power.

  • Materials Used – Common materials include stainless steel, mild steel, aluminum, acrylic, wood, MDF, and plastic.

• Design & Planning:

  • Site inspection and layout planning

  • Load calculation and structural design (wind, snow, seismic loads)

  • Custom dimensions based on client requirements

• Primary Materials Used:

  • Mild steel (MS) structural members (I-beams, channels, angles)

  • Galvanized or color-coated roofing sheets

  • Purlins (C/Z sections), steel columns, rafters

• Design & Planning:

  • Site assessment and measurement for accurate dimensions

  • Custom design based on the purpose (storage, workshop, agricultural, etc.)

  • Structural load analysis (wind, snow, seismic, etc.)

  • Compliance with local building codes and regulations

  • CAD drawings for precise fabrication

• Materials Used:

  • Mild Steel (MS) – Common for structural frames and supports

  • Galvanized Steel – For corrosion resistance, especially for outdoor use

  • Pre-painted Steel Sheets – Used for roofing and cladding

  • Purlins & Girts – C/Z sections for frame support

  • Fasteners – Bolts, nuts, and rivets for assembly

• Material Types:

  • 304, 316, 430 stainless steel grades

  • Sheets, pipes, rods, and angles

• Fabrication Processes:

  • Cutting – Laser cutting, plasma cutting, waterjet cutting, shearing

  • Bending – Press brake forming, rolling

  • Welding – TIG, MIG, spot welding (for clean and corrosion-resistant joints)

  • Punching & Drilling – CNC punching, manual or automated drilling

  • Polishing & Finishing – Mirror finish, satin/brushed finish, bead blasting

• Design & Planning:

  • Customized designs tailored to architectural concepts

  • Collaboration with architects and engineers for structural integrity and aesthetic appeal

  • Use of CAD and BIM software for detailed drawings and 3D models

  • Consideration of load-bearing requirements, safety, and compliance with building codes

• Materials Used:

  • Mild Steel (MS) – Often used for frames, supports, and decorative elements

  • Stainless Steel – Preferred for high-end finishes, corrosion resistance, and sleek designs

  • Aluminum – Lightweight, corrosion-resistant, and versatile for a modern aesthetic

  • Glass – Used for railing infills, facades, or skylights

  • Brass or Copper – For decorative accents or accents in upscale designs

• Design & Planning:

  • Custom platform design based on specific requirements (e.g., loading capacity, dimensions)

  • Site assessment for accurate measurements and optimal placement

  • Structural analysis to ensure load-bearing and stability

  • Compliance with safety standards and local building codes (e.g., OSHA regulations)

  • CAD and 3D modeling for precision fabrication and visualization

• Materials Used:

  • Mild Steel (MS) – Common for cost-effective structural platforms

  • Stainless Steel – For corrosion resistance, especially in industries like food processing or pharmaceuticals

  • Aluminum – Lightweight, corrosion-resistant, and used in environments requiring portability

  • Grating – Steel or aluminum grating for walkways, providing durability and safety

• Design & Planning:

  • Tailored designs based on client specifications and project requirements

  • Collaboration with architects, engineers, and designers to ensure functionality and aesthetics

  • Use of advanced CAD software for precision design and 3D modeling

  • Site assessments and material selection based on usage (e.g., load, weather resistance, etc.)

  • Compliance with industry standards and local building codes

• Materials Used:

  • Mild Steel (MS) – Common for general fabrication work, cost-effective and versatile

  • Stainless Steel – For corrosion resistance and high-end finishes, used in architectural and industrial applications

• Design & Planning:

  • Custom structural designs based on client needs and project specifications

  • Structural analysis for load-bearing calculations and stability

  • Compliance with local building codes and safety standards

  • 3D modeling and CAD drawings for precision fabrication

• Materials Used:

  • Mild Steel (MS) – Common for structural frames, beams, and supports

  • Stainless Steel – For corrosion resistance in specialized structures (e.g., marine, food industries)

  • High-Strength Steel – For heavy-duty applications

  • Reinforced Concrete – Sometimes integrated with steel for hybrid structures

  • Coatings – Galvanizing, powder coating, or painting for weather resistance and aesthetics

• Design & Planning:

  • Custom designs based on client specifications

  • Structural analysis to ensure load-bearing capacity

  • Compliance with local building codes and safety standards

  • Detailed layout drawings and material estimation

• Materials Used:

  • Mild Steel (MS) – Common grade, versatile, and cost-effective for structural and aesthetic use

  • Coatings – Galvanizing, powder coating, or painting for rust protection and aesthetics

  • Bolts, Rivets, and Fasteners – For assembly and jointing