Graphitization Furnace Plant Planning: A Com"&"plete Guide to Dimensions, Floor Height, and Lifting

Because we specialize in non-standard customization, no two pieces of equipment are exactly the same size. The final dimensions of each furnace are entirely determined by the customer's process"&" requirements.

How are the dimensions determined?

1. Effective heating zone size: Calculated based on material size, loading amount, and production capacity requirements
2. Insulation layer thickness: Including the outer perimeter of the effective heating zone
3. Furnace shell structure: Add another layer
4. Auxiliary equipment: Space occupied by power cabinet, vacu"&"um system, water cooling system, etc.

The furnace body size is only a part of the overall footprint; the supporting equipment also needs to be rationally laid out.

Key Drawings and Documents

"&"We will provide the following during the scheme design phase:

• Equipment Assembly Drawing: Overall dimensions (length, width, height)
• Equipment Foundation Layout Drawing: Foot locations, load distrib"&"ution, and interface locations
• Space Requirements: Width of operating space and maintenance passage around the perimeter (recommended ≥1 meter, 1.5 meters if possible)

Lifting Requirements

The equipment assembly drawing will indicate:

• Maximum single-piece weight and dimensions
• Lifting point location
• Whether the rated lifting capacity of the overhead crane or hoist in the factory is sufficient
<"&"h3color: #2c5aa0;""> Factory Building Height

Confirm whether the net height meets the requirements and reserve safety space. If height is limited, consider:

• Place some equipment in ground pits
• Use a horizontal structure"&" instead of a vertical structure

Experience:The earlier you get involved in factory planning, the better. Ideally, we should be involved before "&"the factory is even built, designing the factory according to equipment requirements. This is the best approach.