Heygates Specialist Layers Pellets – High Energy Formula

Heygates Specialist Layers Pellets are a high-performance, high-energy layers ration specifically developed for intensive and high-output laying units. Formulated with boosted levels of essential amino acids compared to standard Country Layers Pellets, this advanced feed is designed to deliver an extra lift in egg production while maintaining bird condition.

Ideal for commercial producers and serious poultry keepers, this specialist formula supports hens during peak lay, helping maximise productivity without compromising health.

Why Choose Specialist Layers Pellets?

• High Energy Ration – Supports hens with increased production demands.
• Enhanced Amino Acid Profile – Boosted levels help promote egg output and maintain feather condition.
• Supports Egg Production – Designed to encourage strong, consistent laying performance.
• Optimised Shell Quality – Balanced minerals support shell strength.
• Pelleted Format – Reduces waste and prevents selective feeding.

Designed for Intensive Units

This feed is particularly suited to:

• Intensive laying systems
• High-performing hybrid layers
• Flocks under increased production pressure
• Commercial and semi-commercial poultry units

The enhanced nutritional profile helps hens maintain performance during demanding laying cycles while supporting body condition and overall wellbeing.

Feeding Guide

Feed as the main daily ration for laying hens.

• Typical intake: approximately 110g–130g per bird per day (adjust according to breed, age, and productivity).
• Ensure constant access to fresh, clean water.
• Avoid excessive treat feeding to maintain optimal pellet intake.

Storage & Best Practice

• Store in a cool, dry environment.
• Keep bags sealed to maintain freshness.
• Clean feeders regularly to maintain hygiene standards.

Performance Nutrition for Productive Flocks

If you are looking to maximise output from your laying flock, Heygates Specialist Layers Pellets provide the enhanced energy and amino acid levels needed to support higher egg production in intensive systems.