FLOATING FEED 2.0 MM

FLOATING FEED 2.0 MM Specification

Product Type
Other

Material
Granular

Fishing Net Type
Other

Plastic Type
Other

Net Knot
Other

Thickness
BAG Centimeter (cm)

Diameter
NA Millimeter (mm)

Shape
BAG

Length
NA Millimeter (mm)

Size
2.0

Use
Fish Feeding

FLOATING FEED 2.0 MM Trade Information

Minimum Order Quantity
1 Bag

FOB Port
Major Indian Ports for Fish Feed Exports The specific FOB port used will largely depend on the manufacturer's location and the final destination of the shipment. Common ports, based on export data, include: Chennai Sea: This is one of the most frequently used ports for fish and aqua feed exports, particularly for shipments heading to destinations like Colombo and Aqaba. Nhava Sheva Sea (Jawaharlal Nehru Port): A major container port near Mumbai, also significantly involved in the export of animal and fish feed supplements to various global destinations, including Chittagong. Petrapole Road: This is a major land customs station for trade with Bangladesh, a key market for Indian fish feed. Kolkata Sea: Given the prominent aquaculture activity in West Bengal and the surrounding region, Kolkata Sea is another important departure point for fish feed exports. Mangalore Sea & Tuticorin Sea: These southern ports are also used for exporting fish meal and other aquatic feeds, often to destinations in Southeast Asia and beyond. Raxaul: A land port on the border with Nepal, used for land-based exports to the neighboring country.

Payment Terms
Paypal, Cash Advance (CA), Cash in Advance (CID)

Supply Ability
50 Bags Per Month

Delivery Time
30 Days

Sample Available
Yes

Sample Policy
Within a certain price range free samples are available

Packaging Details
Aqua Feast fish feed is primarily sold in durable, branded packets or bags, made from materials like BOPP (Biaxially Oriented Polypropylene) or HDPE (High-Density Polyethylene), to ensure freshness and protect from moisture. 20KG PER BAG

Main Export Market(s)
Asia

Main Domestic Market
All India

Certifications
The ASC Feed Certification Programme makes sure every feed ingredient (>1% inclusion) is risk assessed for impacts on people and our planet, and best practices in feed supply chains are recognised. It helps feed companies develop and embed more resilient, future-looking strategies, driving industry change through having a direct influence on upstream suppliers and downstream customers.

About FLOATING FEED 2.0 MM

Aquaculture feeds fall basically into two types - Dry and Non-dry Dry feeds- Dry feeds are generally made up of dry ingredients or from mixtures of dry and moist ingredients. dry feeds are not completely free from moisture moisture content usually about 7-13% depending on the environment Dry feed are compacted into a definite shape generally by mechanical means called pellets Depending on the formulation and compacting technique these diets are floating and non-floating or sinking in water

Non-dry feeds- are divided into two major categories- Wet and moist. Wet feeds- as those which are made entirely or almost entirely from high moisture ingredients, such as 'trash' fish, waste slaughterhouse products, undried forage, etc. Moisture contents of about 45-70% Moist feeds- are made from mixtures of Wet, or moist and dry raw materials, or from dry ingredients to which moisture has been added Usually moist feeds range from 18-45% moisture. There is no really clear division between 'moist' and 'wet' feeds.

Floating feeds
In general floating feeds offer numerous advantages over their sinking counterparts. Raw materials are propelled by screws along the barrel of the extruder machine to cook the materials at 120-175C for about 30 seconds. The homogenous cooked mixture is forced through a die at high pressure. The material expands because of the pressure difference. Floating feeds are more digestible as a result of cooking process and the heat and pressure deactivate destructive enzymes as well. Increased starch gelatinization helps the feed to be more stable in water by disintegrating less quickly that gives enough time to the fish to take the meal completely. Moreover, the farmer can directly observe the feeding intensity of his fish and adjust feeding rates accordingly determining whether feeding rates are too low or too high is important in maximizing fish growth and feed use efficiency. Another side effect is that farmers can visually monitor the health condition of the reared fish as they come to the surface to take feed.

In contrast, floating feed can be detrimental with respect to consumption by competitors and some fish species.

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