Welcome to Shandong Zhonglian Chemical Co., Ltd. Equity Code:880747
Pet Grade Silica ZLSIL ® Carrier Anti-knot Series
Efficient Load-bearing And Anti-knot Performance Comply With Pet Food Safety Standards
Industry background
The nutritional uniformity, fluidity and storage stability of pet feed mainly depend on the performance of the carrier and anti-caking agent. Micronutrients in feed are easy to agglomerate unevenly, and pellet feed is easy to absorb moisture and agglomerate, affecting feeding convenience and nutritional intake balance. Traditional carrier anti-caking agents have problems such as low load-carrying efficiency and possible heavy metal impurities. Pet-specific silica effectively solves the pain points of traditional processes by virtue of its high load-bearing and anti-knot performance and compliance with pet food safety standards.
Customer needs
• Achieve uniform loading and dispersion of micronutrients to ensure nutritional balance
• Prevent feed particles from clumping and maintain good fluidity for easy feeding
• Comply with pet food safety standards, no risk of toxic residues
• Does not affect the flavor and palatability of feed, ensuring pets’ willingness to eat
• Suitable for humid storage environments to maintain long-term and stable effects
Recommended plan
Recommended pet feed grade silica ZLSIL® series products as carrier anti-caking agent:
The high specific surface area enables efficient loading and uniform dispersion of micronutrients, and at the same time forms an isolation layer on the surface of the particles to prevent agglomeration, achieving dual functions in one. It is safe and compliant, has passed pet food grade certification, and does not affect the flavor and nutrient absorption of the feed. A small amount of addition can achieve a stable effect, and is widely suitable for the production of various pet feeds such as dog food, cat food, pet snacks, and elderly pets.
Service E-mail
Sales Add
Jinan City, Shandong Province,China
Production Add
Guangzhou City, Guangdong Province

