Sow Group Gestation Pen with Feeding Dividers

• Group Sow Housing: Provides a shared movement area for pregnant sows while maintaining organized feeding positions.
• Individual Feeding Dividers: Shoulder partitions create physical separation between neighboring sows during feeding.
• Reduced Feed Competition: Divider geometry helps minimize pushing, displacement and aggressive interaction around the trough.
• Simultaneous Feeding: Multiple feeding positions allow the sow group to receive feed at the same time when used with an appropriate feeding system.
• Improved Herd Observation: Organized feeding rows make it easier to inspect sow body condition and feeding behavior.
• Flexible Feeding Compatibility: Suitable for dry or liquid feeding configurations according to project requirements.
• Modular Pen Layout: Pen dimensions, divider quantity, gates and functional zones can be adapted to herd size and barn layout.
• Durable Farm Construction: Galvanized structural components are available for humid and corrosive livestock-house environments.
• Easy System Integration: Compatible with feeding lines, drinking systems, slatted floors and manure-management equipment.
• Suitable for New or Retrofit Projects: Can be incorporated into new steel-structure pig houses or existing gestation-barn renovation projects.

• Perimeter Pen Panels: Galvanized steel tubular panels define the group housing area and sow movement routes.
• Feeding Dividers: Shoulder-height separation elements create individual eating positions along the feed trough.
• Support Frames: Steel tubes, posts and brackets provide structural support for divider sections.
• Feed Trough: Stainless steel, polymer or other suitable trough material can be selected according to the feeding system.
• Feed Delivery Interface: Compatible with feed drops, dry-feed pipelines or liquid-feeding distribution equipment.
• Entrance and Sorting Gates: Gate configurations can be arranged for group movement, inspection and pen management.
• Drinking Equipment: Nipple drinkers, drinking bowls or project-specific water systems can be incorporated.
• Floor Anchoring Components: Posts, base plates and fasteners secure the pen system to compatible concrete or slatted-floor structures.
• Resting and Activity Areas: Pen layout can be divided into feeding, resting, movement and dunging zones according to project design.

• Commercial sow gestation barns
• Group housing systems for pregnant sows
• Replacement gilt management areas
• Dry-fed gestation houses
• Liquid-fed gestation houses
• Large-scale integrated pig farms
• Animal-welfare-oriented sow housing projects
• New steel-structure pig house construction
• Existing gestation-house renovation and modernization

• Group size and pen dimensions
• Number and spacing of feeding positions
• Feeding divider height and structural design
• Open-frame or plate-type feeding partitions
• Galvanized steel specifications
• Stainless steel or polymer feed troughs
• Dry or liquid feeding configuration
• Automatic feed-line integration
• Drinking system layout
• Entrance, exit and sorting gate arrangement
• Resting, feeding and dunging-zone layout
• Slatted-floor and manure-channel integration
• Ventilation and climate-control coordination
• New-build or retrofit barn installation

• Confirm the approved pen layout, group size, trough position, feeding-space arrangement and service alleys before installation.
• Mark structural post and floor-anchor positions according to the project drawing.
• Install perimeter panels and support posts while maintaining correct alignment.
• Install feeding dividers at the specified spacing along the trough.
• Mount and secure the feed trough, feeding pipeline and feed-delivery components.
• Install gates, drinking equipment and additional pen accessories.
• Check all fasteners, anchor points, divider edges and animal-contact surfaces before commissioning.

• Remove accumulated feed around troughs and dividers during routine cleaning.
• Wash and disinfect the pen according to the farm biosecurity program.
• Inspect feeding dividers, support posts, gates and floor anchors regularly.
• Check galvanized components for abnormal wear or mechanical damage.
• Inspect automatic feeding equipment and feed-delivery pipes according to the manufacturer's maintenance schedule.
• Check drinkers and water lines for leakage or blockage.
• Replace damaged fasteners, panels or divider components when necessary.

Q: What is the purpose of feeding dividers in a sow group pen?
A: Feeding dividers create separate eating positions for adjacent sows. They help reduce interference and competition around the trough while maintaining an open group-housing environment.

Q: Can all sows eat at the same time?
A: The system can be designed with sufficient feeding positions for simultaneous group feeding. The final number of positions depends on herd management, feeding strategy and project requirements.

Q: Is the system suitable for both dry and liquid feeding?
A: Yes. Feeding-divider systems can be configured for dry or liquid feeding, subject to the selected trough and feed-delivery equipment.

Q: Can the feeding dividers be installed against a wall?
A: Yes. Wall-mounted, panel-mounted and free-standing configurations can be designed according to the barn layout.

Q: Can the pen dimensions be customized?
A: Yes. Pen dimensions, group size, feeding-space quantity, gate positions and functional areas can be customized according to project requirements.

Q: Can the system be used in an existing gestation barn?
A: Yes. Retrofit designs are available after reviewing existing building dimensions, flooring, manure channels, feeding equipment and structural conditions.

Q: Which trough materials are available?
A: Stainless steel, polymer and other suitable trough configurations can be supplied according to feeding method and project requirements.

Q: What information is needed for quotation and layout design?
A: Recommended information includes sow quantity, group size, barn drawings, feeding method, preferred feeding-space arrangement, floor type, manure system and required gate configuration.