Product Information

As we know steel structure workshops have many advantages, like highlight strengths, durability, construction efficiency, quick construction, and customization capabilities... which aspect touch you the most?

As long as you can let us know your ideas and requirements, we are able to design a cost-effective solution for you. Because we can customize designs to meet specific client needs. This includes personalized choices in building size, functionality, architectural aesthetics, and interior space layout.Each client's needs are unique to us, and we will carefully consider them to devise an optimal solution.

Steel workshop types:

• Single storey workshop

• Two-storey workshop

• Multi-story workshop building

• Steel workshop with mezzanine floor

• Steel Structure workshop with crane

• Open-style prefabricated workshop

  
  

Project Introduction

The steel workshop project we display today is a steel structure workshop with mezzanine floor.

The factory plant building with a mezzanine has several convenient advantages:

1. Increased Floor Area: The Mezzanine adds extra space without expanding the building area.

2. Enhanced Flexibility: Mezzanine floors can be used to partition different functional areas, increasing flexibility and diversity within the warehouse.

3. Improved Storage Efficiency: Mezzanine floors provide additional storage space, enhancing storage efficiency and enabling more effective management and storage of goods.

4. Optimized Workflow: Mezzanine floors can be can be adjusted and modified as needed, office areas, assembly zones, or other workspaces, optimizing internal workflows and operations.

Project pictures show：

Technical specifications

STEEL STRUCTURE DESIGN SPECIFICATION

1. Loads

Roof dead load: 0.25 kN/m 2

Roof live load: 0.3 kN/m2

Wind speed or wind load: 100km/h

Anti-seismic:7 grade

2. Materials

Main beam and post: GB Q355B grade, welded H steel section.

Sub-steel structure: GB Q235B grade, steel bar, pipe, angle steel, etc.

Purlin: galvanized, C-section.

3. Welding

The minimum size of the fillet welding for any that is not defined in the

drawings shall be 6mm with full welding.

4. Fasteners( bolts and nuts) for jointing

High Strength bolts Class 10.9 used to connect the Steel Columns and

pressure type high strength bolts Class 10.9 used to connect the

constructional elements.

5. Derusting and painting or hot-dip galvanized

Shot blasting to 2.5 and Applying Paint with the following

1st coat of Primary anti-rust paint 30 microns (Epoxy zinc-rich primer)

2nd coat of Primary anti-rust paint 30 microns(Alkyd finish)

60~80 microns (hot-dip galvanized)

I	Main steel frame
1.	Steel structure frame	Welded H steel	Q235B/Q355B	Painting/Hot-dip galvanized
2.	Wall/Roof purlin	C/Z steel	Q235B	Galvanized
II	Bracing Part
1.	Tie Rod	∅89/114/158	Q235B	Painting/Hot-dip galvanized
2.	Flexible Bracing	∅16/18/20	Q235B	Painting/Hot-dip galvanized
3.	Sag rod	∅20	Q235B	Galvanized
4.	Brace Rod	∅32	Q235B	Galvanized
5.	Knee-brace	L50	Q235B	Painting/Hot-dip galvanized
III	Roof & Wall Part
1.	Roof /Wall panel	Steel sheet	0.326~0.7mm corrugated steel sheet
		Insulated sandwich panel	EPS,Glass wool/Rock wool/PU insulated
2.	Roof/Wall trimming	Ridge roof panel	0.4~0.5 mm steel sheet
		Flashing	0.4~0.5 mm steel sheet
		Gable wall trimming	0.4~0.5 mm steel sheet
		Wall corner trimming	0.4~0.5 mm steel sheet
IV	Window & Door part
1.	Window	PVC/Aluminum frame	Single/double glazing (Fixed/sliding/swing)
2.	Door	Rolling/sliding door	Automatic and manual method
V	Accessories
1.	Bolts	Anchor bolts,High strength bolts,Galvanized bolts,Turnbuckle,shear stud
2.	Gutter	Steel sheet/galvanized/Stainless steel(304)
3.	Downpipe	PVC 110/160mm
4.	Roof Ventilator	∅600 (Galvanized)

Design drawing

What factors need to be considered when designing a steel workshop？

1. Structural Safety:

   Determine the right steel type, specification, and strength to bear expected loads and adopt seismic-resistant design in earthquake-prone areas.

   
   

2. Functional Requirements:

   Plan the workshop layout based on the production process and flow, allocating space for different areas and considering equipment installation and operation needs.

   
   

3. Space Utilization:

   Design reasonable column grid spacing and floor height and use mezzanines or attics to increase space.

   
   

4. Fire Protection Design:

   Select fireproof materials and measures and set up evacuation channels and exits.

   
   

5. Ventilation and Lighting:

   Design a good ventilation system and ensure sufficient lighting.

   
   

6. Aesthetics:

   Make the workshop design coordinated with the surroundings or reflect the corporate culture.

Steel structure workshop application