Heavy Duty Slag Pot

Heavy Duty Slag Pot Specification

Usage & Applications
Collecting and Transporting Slag in Metallurgical Plants

Load Capacity
5-20 Tons

Casting Process
Sand Casting

Product Type
Slag Pot

Material
Stainless Steel

Surface Finishing
Polishing

Weight
50-100 Kilograms (kg)

Color
Silver

Heat Resistance
Up to 1600°C

Service Life
3500+ Cycles

Handles
Dual Heavy Lifting Lugs

Shape
Cylindrical with Reinforced Lip

Wall Thickness
60-150 mm

Design
Heavy-Duty, Reinforced Ribs

Bottom Structure
Flat Base for Stability

Customization
Available on Request

Heavy Duty Slag Pot Trade Information

Minimum Order Quantity
10 Pieces

Payment Terms
Cash in Advance (CID)

Supply Ability
50 Pieces Per Month

Delivery Time
2-10 Days

Main Domestic Market
All India

About Heavy Duty Slag Pot

Unlock instant savings and utilise this valiant heavy duty slag pot, engineered for unassailable performance in the harshest metallurgical environments. With wall thickness from 60 to 150 mm and unrivalled heat resistance up to 1600C, this cylindrical vessel features reinforced ribs and a robust lip for ultimate durability. Dual heavy lifting lugs ensure secure handling, while its flat base guarantees stability. Complying with ASTM and DIN standards, this sand-cast, polished stainless steel pot offers over 3500 cycles of service, tailored to your specifications. Experience enduring strength in every use.

Robust Usage & Key Features of Heavy Duty Slag Pot

This heavy duty slag pot is designed for collecting and transporting molten slag in the toughest metallurgical plants. Its cylindrical form with reinforced ribs and lips ensures structural superiority, while the flat base prevents tipping during operation. Fitted with dual heavy lifting lugs, it allows easy, safe handling under intense heat. The polished stainless steel surface minimises slag adhesion, extending the service life. Direction of use includes careful placement beneath furnaces and stable lifting using certified equipment.

Domestic Distribution, Sampling & Supply of Slag Pots

Our unassailable slag pots dominate the domestic mar, meeting the demands of steel, foundry, and smelting plants nationwide. We ensure cost-effective freight solutions for timely delivery, and supply ability stands at high volume to accommodate bulk outlay. Sample availability on request allows clients to assess quality and performance before full procurement, ensuring confidence in each transaction.

FAQs of Heavy Duty Slag Pot:

Q: How does the heavy duty slag pot withstand extreme temperatures?

A: The slag pot is constructed from high-grade stainless steel, offering heat resistance up to 1600C, and reinforced with a robust cylindrical design and ribs, ensuring unassailable performance under extreme thermal conditions.

Q: What applications are best suited for this slag pot?

A: It is ideally utilised in metallurgical plants for collecting and transporting hot slag from furnaces, providing both stability and efficient handling in steel and smelting operations.

Q: When should the slag pot be replaced?

A: With a typical service life exceeding 3500 cycles, the slag pot should be inspected regularly and replaced once structural integrity or safe performance is compromised to prevent accidents or inefficiency.

Q: Where are sample units of the slag pot available for evaluation?

A: Sample units can be requested directly from the manufacturer, supplier, or exporter based in India to assess suitability and ensure alignment with operational demands.

Q: What is the process for customising the slag pots specifications?

A: Customisation requests, such as wall thickness, load capacity, or special surface finishes, can be submitted at the time of order; our engineering team will collaborate with you to deliver a tailored solution that meets ASTM and DIN standards.

Q: How does the design facilitate safe usage and efficient transport?

A: The pots design incorporates dual heavy lifting lugs for secure handling, a flat base for stable placement, and a polished finish to minimise material adhesion, maximising operator safety and workflow efficiency.