API Stress Zyme

Introduction

API Stress Zyme is a biological water conditioner designed to improve water quality and promote a balanced, healthy aquarium environment. Formulated with a blend of live beneficial bacteria, it helps break down organic waste—including uneaten food, fish waste, and plant debris—reducing harmful toxins such as ammonia, nitrite, and nitrate. Ideal for both new and established aquariums, Stress Zyme enhances the biological filtration system and supports long-term aquarium stability.

Features

• Live Beneficial Bacteria: Contains millions of active bacteria that break down harmful organic matter into less toxic compounds.

• Improves Water Quality: Reduces ammonia, nitrite, and nitrate levels, promoting a cleaner, safer habitat for aquatic life.

• Supports Biological Filtration: Enhances the natural biological cycle by seeding and reinforcing beneficial bacterial colonies.

• Safe for All Aquatic Life: Non-toxic and completely safe for fish, invertebrates, and aquatic plants.

• Versatile Use: Suitable for use in new aquarium setups, during routine maintenance, or after events that may disrupt biological balance.

Usage

• Dosage: Add 5 mL per 10 gallons (38 L) of aquarium water.

• Frequency: Dose weekly, after water changes, or when water parameters indicate elevated waste levels.

• Application: Add directly to the aquarium, preferably near the filter output for even distribution.

• Monitoring: Regularly test water parameters to track the effectiveness of biological filtration.

Available Size

• 592 mL Bottle: Ideal for medium to large tanks; provides multiple treatments to maintain water clarity and biological balance.

Recommendations

API Stress Zyme is highly recommended for maintaining optimal water conditions in both freshwater and saltwater aquariums. It is particularly effective during tank cycling, after overfeeding, or when organic waste levels rise. Used consistently, it supports a healthy, stable ecosystem and reduces reliance on chemical treatments by reinforcing natural filtration processes.