Sow Gestation Stall

• Heavy-Duty Steel Structure: Designed for the demanding environment and daily use of commercial sow farms.
• Corrosion-Resistant Finish: Galvanized steel construction helps withstand moisture, manure gases and routine wash-down conditions.
• Individual Sow Management: Provides dedicated spaces for controlled feeding, observation, breeding and pregnancy management.
• Efficient Feeding Layout: Compatible with individual feed drops, centralized feed delivery and trough feeding configurations.
• Practical Gate Access: Front and rear access arrangements can facilitate sow entry, exit and routine handling.
• Modular Installation: Stall rows can use bolted and prefabricated connections to reduce field fabrication and simplify project installation.
• Flexible Barn Planning: Suitable for new construction, expansion and renovation of breeding and gestation houses.
• Customizable Configuration: Dimensions, gate designs, feeders, drinkers and fixing methods can be adapted to project requirements.

• Side Stall Panels: Galvanized steel tube and rod structure providing separation between individual animals.
• Front Gate Assembly: Provides access to the feeding area and can be adapted to different trough arrangements.
• Rear Gate Assembly: Designed for convenient animal entry, exit and stock handling.
• Top Spacing Members: Help maintain consistent stall alignment throughout long installation rows.
• Floor Fixing Components: Anchors, mounting brackets or spacing bars secure the structure to the barn floor.
• Feed Delivery Interface: Can accommodate individual feed drop pipes or other automatic feeding equipment.
• Feeding Trough: Stainless steel, galvanized steel or project-specific feeding solutions are available upon request.
• Drinking Equipment: Nipple drinkers or other sow drinking systems can be integrated according to project requirements.

• Commercial sow breeding farms
• Sow gestation barns
• Artificial insemination areas
• Breeding and pregnancy-checking sections
• Gilt breeding units
• Large-scale integrated pig farms
• New pig house construction projects
• Existing sow barn renovation and equipment replacement projects

• Stall length and width
• Steel tube and structural configuration
• Front and rear gate design
• Feeding trough configuration
• Automatic feed drop interface
• Drinking system arrangement
• Floor fixing and anchoring method
• Row spacing and service alley layout
• Integration with slatted flooring and manure systems
• Integration with ventilation, feeding and pig house equipment
• New-build and retrofit barn layouts

• Confirm barn layout, stall spacing, feeding position and service alleys before installation.
• Position and align the first stall section according to the approved installation drawing.
• Connect successive stall panels using the specified bolts, clamps, spacing members and structural fittings.
• Anchor the stall rows securely to the floor structure.
• Install gates, troughs, feed drops, drinkers and related accessories.
• Check alignment, gate movement, fastener tightness and animal-contact surfaces before commissioning.

• Clean stalls and feeding areas regularly as part of the farm sanitation program.
• Inspect gate mechanisms, bolts, anchors and connection points periodically.
• Check galvanized surfaces for abnormal wear or mechanical damage.
• Keep moving components free from excessive manure, feed residue and other deposits.
• Replace damaged fasteners, gate components or drinking accessories when required.

Q: Can the sow gestation stall dimensions be customized?
A: Yes. Stall dimensions can be designed according to sow body size, barn dimensions, production procedures and project requirements.

Q: What surface treatment is available?
A: Hot-dip galvanized steel is commonly used for pig housing equipment because of its corrosion resistance. Other specifications can be discussed according to the project.

Q: Can the stalls work with an automatic feeding system?
A: Yes. The layout can be configured for individual feed drops, centralized dry-feed delivery and suitable trough systems.

Q: Can this system be used in an existing pig house?
A: Yes. Retrofit layouts are available subject to the existing building dimensions, flooring, manure system, feeding arrangement and structural conditions.

Q: Can feeders and drinking equipment be supplied with the stalls?
A: Yes. Compatible troughs, feed delivery interfaces and drinking equipment are available according to the required farm configuration.

Q: How should the correct stall layout be selected?
A: The layout should be determined according to sow size, herd management procedures, feeding method, barn dimensions, service alleys, flooring system and applicable local animal housing requirements.