Hikari Micro Wafers Tropical Aquatic Diet, 1.58 oz.
Description
Please note that the product information displayed is provided by manufacturers, suppliers and other third parties and is not independently verified by Petco.
An excellent formulated diet for community fish offering outstanding nutrition, superb color and excellent growth. Ideal for all small & medium sized tropical fish especially tetras, livebearers, African or smaller American cichlids and catfish.
- - Offering growth rates that exceed any competitive flake diet
- - Rich in spirulina and astaxanthin to promote vivid coloration
- - Lower feeding costs when compared to flake with improved water quality due to the higher efficacy
- - Extremely palatable even when fed to finicky species
- - Won't cloud water and makes monitoring amount consumed easy
- - High-grade marine and vegetable proteins promote ready acceptance, efficient digestion and superior nutrient utilization
Specifications
| SKU | 3110070 |
|---|---|
| Lifestage | All Lifestages |
| Primary Flavor | Fish |
| Primary Brand | Hikari |
| Days to Ship | Ships Next Business Day |
| Weight | 1.58 OZ |
Additional Features
| Grain Free | No |
|---|---|
| Personalized Item flag | No |
| Primary Flavor | Fish |
| Lifestage | All Lifestages |
Item Dimensions
| Length | 3 IN |
|---|---|
| Height | 5.375 IN |
| Width | 1 IN |
Ingredients
Fish meal, krill meal, wheat flour, flaked corn, brewers dried yeast, cuttlefish meal, wheat germ meal, spirulina, wheat gluten meal, fish oil, dried seaweed meal, hydrolyzed vegetable sucrose polyesters, clam extract, DL-methionine, garlic, lecithin, astaxanthin, minerals and vitamins including stabilized vitamin C.
Guaranteed Analysis
Crude Protein - 44% Min., Crude Fat - 8% Min., Crude Fiber - 2% Max., Moisture - 10% Max., Ash - 13% Max., Phosphorus - 1% Min.
Feed two (2) or three (3) times daily the amount your fish will completely consume within about a minute.
Avoid over-feeding and remove uneaten food after feeding period to avoid water quality issues that can impact the health of the aquatic environment.