Category: Water Treatment

The Ferric Chloride 40% price per ton on a quotation only makes sense when you know what is behind it: iron content, free acid, packaging and how many tons actually fit in a container. This guide walks through each point so you can compare ferric chloride offers for drinking water, wastewater and industrial use on a fair basis.

Ferric Chloride 40% price per ton: Key Facts

What Ferric Chloride 40% Is and Where Plants Use It

Ferric chloride (FeCl₃, CAS 7705-08-0) is an iron-based coagulant. The 40% grade is a dark brown aqueous solution, which makes it easy to pump and dose straight from the tank without dissolving solids on site. When it is added to water, the iron forms hydroxide flocs that trap suspended solids, colour and organic matter so they can be settled and filtered out.

Typical uses include:

• coagulation of drinking water and municipal or industrial wastewater;
• chemical phosphorus removal, where the iron binds phosphate into an insoluble precipitate;
• hydrogen sulfide and odour control in sewer networks and digesters;
• sludge conditioning before dewatering;
• etching of copper on printed circuit boards.

Compared with aluminium coagulants, ferric chloride usually works across a wider pH window and forms dense, fast-settling flocs. If you are still choosing a coagulant, our article on coagulation, disinfection and pH control sets out the main options side by side.

Ferric Chloride 40% Specifications for Buyers

Two offers can both say “40%” and still deliver different amounts of active iron. Ask every supplier to state these values on the specification sheet and to confirm them on the certificate of analysis (COA) for your lot:

These are typical industry ranges, not guarantees. Always check the COA of the actual lot, and for potable water confirm the product meets the standard your regulator applies, for example EN 888 in Europe or NSF/ANSI/CAN 60 in North America.

What Drives the Ferric Chloride 40% Price per Ton

Our current list price is shown in the key facts table above. When you compare it with other quotations, these factors explain most of the difference:

1. Raw material route. Ferric chloride is made from iron sources and chlorine or hydrochloric acid, so movements in those inputs reach the price.
2. Iron content. A slightly weaker solution can look cheaper per ton but cost more per kilogram of Fe³⁺ delivered.
3. Packaging. Drums cost more per ton to fill and handle than IBCs; IBCs carry more product per container.
4. Volume and frequency. Full containers and regular call-offs are priced better than single part loads.
5. Delivery basis. FOB excludes sea freight and insurance, CIF and CFR include them. Compare offers on the same Incoterm.

Ferric Chloride 40% Import: Packaging, Container Loads and Dangerous Goods

A smooth Ferric Chloride 40% import starts with choosing the right packaging. We currently offer two formats:

Ferric chloride solution is regulated as dangerous goods: UN 2582, Class 8 (corrosive). Shipping lines will need the safety data sheet and correct labelling, and some ports apply extra handling rules for corrosive cargo. The solution also attacks most metals and stains concrete, so store it in compatible plastic or rubber-lined tanks with secondary containment.

Our logistics and shipping page explains how we arrange containers, documents and dangerous-goods declarations for your destination port. Technical data such as hazard statements are also summarised on the PubChem ferric chloride record.

How to Buy Ferric Chloride 40% for Wastewater Treatment from a Bulk Supplier

To buy Ferric Chloride 40% for wastewater treatment with confidence, follow the steps experienced plant buyers use:

1. Jar test. Confirm the dose on your own water, especially if you are switching from an aluminium coagulant.
2. Fix the specification. State minimum FeCl₃ or Fe³⁺, maximum free acid and any heavy-metal limits.
3. Choose packaging. Drums or IBCs, depending on your unloading equipment.
4. Agree documents. COA, SDS, packing list, commercial invoice, bill of lading and certificate of origin if required.
5. Plan stock. Order early enough that the next container arrives before your tank reaches safety level.

A reliable Ferric Chloride 40% bulk supplier should answer all of these points in writing. Send your requirements through our quote form and we reply with an offer for your port. Our quality control page explains how lots are documented. For a broader view of plant purchasing, read what procurement teams should compare for sewage-treatment chemicals, and see the WHO Guidelines for Drinking-water Quality for the health framework behind potable water treatment.

Need a different form? Compare solid Ferric Chloride 96%, ferric aluminium sulfate granular or sodium hypochlorite for disinfection in our water treatment chemicals range.

Related Products Buyers Order With Ferric Chloride 40%

Ferric Chloride 96%Sodium Hypochlorite (Available 10%-13%)Ferric Aluminium Sulfate GRANULAR 16% (Ferrous)

Frequently asked questions

Need a bulk quotation for Ferric Chloride 40%? Send your requirements to Anflo or email sales@anflointerchem.shop.

A well-planned Trichloroisocyanuric Acid 90% (TCCA 90%) / Tablets bulk import lets pool and water-treatment distributors buy before the season, protect margins and avoid dangerous-goods surprises. This guide covers the specifications to fix in your order, the shipping rules for an oxidiser, and what moves the price.

Trichloroisocyanuric Acid 90% (TCCA 90%) / Tablets bulk import: Key Facts

Why Distributors Stock TCCA 90% Tablets

Trichloroisocyanuric acid (TCCA) is a stabilised chlorine source with at least 90% available chlorine. When a tablet dissolves it releases hypochlorous acid, which disinfects, together with cyanuric acid, which shields free chlorine from breakdown by sunlight. That combination makes TCCA the standard slow-release chlorine for outdoor pools.

Distributors stock it because it serves several markets from one product:

• swimming pool and spa disinfection through floaters, skimmers and feeders;
• industrial water and cooling system treatment;
• algae control;
• textile and surface sanitising.

The common tablet sizes are 200 g (often called 3-inch), 20 g (1-inch) and small 1–2 g tablets, alongside granules and powder. Multifunction tablets that add a clarifier or algaecide are also traded, but they must be specified separately because their chlorine content is lower.

Trichloroisocyanuric Acid 90% (TCCA 90%) / Tablets Specifications to Fix in the Order

Write the Trichloroisocyanuric Acid 90% (TCCA 90%) / Tablets specifications into your purchase order so every shipment matches the last one:

Tablet hardness and dissolution rate matter to end users: a tablet that crumbles in transit or dissolves too fast creates complaints. Ask for the drop-test or dissolution information your customers expect, and confirm values on the COA for each lot. Independent identity data is available on PubChem.

Trichloroisocyanuric Acid 90% (TCCA 90%) / Tablets Shipping as an Oxidiser

TCCA is classified as UN 2468, Class 5.1 (oxidising substance). Trichloroisocyanuric Acid 90% (TCCA 90%) / Tablets shipping therefore follows the dangerous-goods rules of the IMO IMDG Code for sea freight:

• packages carry the correct UN number, class label and marking;
• a dangerous-goods declaration and container packing certificate accompany the shipment;
• not every shipping line or port accepts Class 5.1 on every route, so lead times can be longer than for ordinary cargo.

Our logistics team plans the booking, labelling and documents with you before the goods are loaded.

Trichloroisocyanuric Acid 90% (TCCA 90%) / Tablets Distributor Price: What Moves It

The list price in the key facts table is the starting point. Your Trichloroisocyanuric Acid 90% (TCCA 90%) / Tablets distributor price then depends on:

1. Form. Tablets cost more than granules or powder because of pressing and the extra quality control. Compare with our TCCA 90% granules and powder if your customers dose by hand or feeder.
2. Pack size. 50 kg and 25 kg drums are cheaper per kilogram than 10 kg or 5 kg retail drums.
3. Season. Demand peaks before the pool season in each hemisphere, so ordering early protects both price and lead time.
4. Dangerous-goods freight. Class 5.1 surcharges and limited sailings add to landed cost.

To buy Trichloroisocyanuric Acid 90% (TCCA 90%) / Tablets in drums at the best overall cost, combine sizes in one container where possible and fix the specification once, so repeat orders can be quoted quickly.

Advise Customers on Stabiliser Build-Up

Because every TCCA tablet adds cyanuric acid, its level rises in pools that rely only on tablets. Too much stabiliser slows disinfection, and many pool codes set a maximum. Distributors who explain this keep customers loyal: recommend regular testing, partial water replacement when levels climb, and an unstabilised shock such as calcium hypochlorite or SDIC where appropriate, always stored separately.

Browse the full water treatment chemicals range or read bleach and chlorine differences for industrial buyers for more background.

Related Products Buyers Order With Trichloroisocyanuric Acid 90% (TCCA 90%) / Tablets

Trichloroisocyanuric Acid 90% / (TCCA 90%) / Granules & PowderCalcium Hypochlorite 65% (Calcium Process) GranularSodium Dichloroisocyanurate Dihydrate (SDIC Dihydrate 56%)

Frequently asked questions

Need a bulk quotation for Trichloroisocyanuric Acid 90% (TCCA 90%) / Tablets? Send your requirements to Anflo or email sales@anflointerchem.shop.

A careful Calcium Hypochlorite 65% (Calcium Process) Granular supplier comparison looks beyond the price per ton. Available chlorine on arrival, drum quality, dangerous-goods handling and container payload decide what you really pay per kilogram of chlorine. This guide shows how to compare offers like a professional buyer.

Calcium Hypochlorite 65% (Calcium Process) Granular supplier comparison: Key Facts

Calcium Process vs Sodium Process: Know What You Are Buying

Calcium hypochlorite is made by two main routes. Sodium-process material is generally higher in available chlorine (often around 70%) with fewer insolubles. Calcium-process material, the grade covered here, is typically specified at 65% available chlorine and is usually the more economical option for routine disinfection.

Both routes are supplied as granules, powder and tablets. Granular product flows well, dissolves reasonably quickly and is easy to dose by hand or through feeders, which is why it is the most traded form for:

• swimming pool and spa sanitation;
• municipal and industrial water disinfection;
• bleaching and surface sanitising;
• emergency and remote-site water treatment.

For background on disinfection targets, see the WHO Guidelines for Drinking-water Quality.

Calcium Hypochlorite 65% (Calcium Process) Granular Specifications to Compare

Put these Calcium Hypochlorite 65% (Calcium Process) Granular specifications side by side for every supplier:

Ask each supplier for a recent COA and confirm the test method for available chlorine, so the numbers are comparable. Compound data is available on PubChem.

Calcium Hypochlorite 65% (Calcium Process) Granular Container Price and Loading

The Calcium Hypochlorite 65% (Calcium Process) Granular container price depends heavily on the drum size, because drum size sets how many tons fit in a 20 ft container:

Freight is charged per container, so a higher payload lowers the freight cost per kilogram. On the other hand, 45 kg drums mean fewer packages to handle. Dangerous-goods surcharges for Class 5.1 also apply, and only some shipping lines accept it on each route; on long, hot routes some buyers choose ventilated or temperature-controlled containers to limit chlorine loss.

Our list price is in the key facts table; send your destination port through the quote form for a delivered figure.

The Supplier Comparison Checklist

1. Chlorine at arrival, not only at loading. Calcium hypochlorite slowly loses available chlorine, faster in heat. Ask how old the stock is and plan delivery close to use.
2. Drum quality. Thick drums, good lids and an inner liner prevent moisture entry and damage.
3. Dangerous-goods competence. UN 1748, Class 5.1 cargo needs correct labels, declarations and booking under the IMDG Code.
4. Inspection. Agree whether an independent pre-shipment inspection is required.
5. Same delivery basis. Compare FOB with FOB and CIF with CIF.

When these points match, you can buy Calcium Hypochlorite 65% (Calcium Process) Granular on price with confidence. Our quality documentation page explains what we provide with each lot.

Safe Storage for Calcium Hypochlorite 65% (Calcium Process) Granular for Water Disinfection

Calcium hypochlorite is a strong oxidiser. Store it in a cool, dry, ventilated area, away from acids, organic materials and combustibles, and keep containers closed. Never mix it with TCCA or other chlorine products: segregate it from TCCA tablets at all times. Rotate stock so the oldest drums are used first.

Need a different form? Compare calcium hypochlorite powder, tablets or liquid sodium hypochlorite in our water treatment chemicals range.

Related Products Buyers Order With Calcium Hypochlorite 65% (Calcium Process) Granular

Calcium Hypochlorite 65% (Calcium Process) PowderCalcium Hypochlorite 65% (Calcium Process) TabletsSodium Hypochlorite (Available 10%-13%)

Frequently asked questions

Need a bulk quotation for Calcium Hypochlorite 65% (Calcium Process) Granular? Send your requirements to Anflo or email sales@anflointerchem.shop.

The Polyaluminium Chloride 30% (PAC 30%) price per ton on a quotation is only part of the story. This guide explains what sits behind the number, which specifications protect your plant, and how to buy PAC 30% in bulk for drinking water, wastewater and industrial treatment without paying for the wrong grade.

Polyaluminium Chloride 30% (PAC 30%) price per ton: Key Facts

What PAC 30% Is and Why Treatment Plants Use It

Polyaluminium chloride is a pre-polymerised aluminium coagulant. The “30%” refers to the aluminium oxide (Al₂O₃) content of the powder, which is the active part that destabilises suspended particles, colour and turbidity so they can be settled or filtered out.

Compared with aluminium sulfate, PAC usually forms flocs faster, consumes less of the water’s natural alkalinity, works over a wider pH window and produces less sludge. Many operators also find it more forgiving in cold water, when conventional alum slows down. That is why PAC 30% is used for:

• drinking water clarification in municipal and private plants;
• industrial and municipal wastewater treatment;
• paper mill retention and sizing;
• oil-field and mining process water.

If you are still deciding between coagulants, our guide to coagulation, disinfection and pH control compares the main options.

Polyaluminium Chloride 30% (PAC 30%) Specifications a Bulk Supplier Should State

Before you compare prices, make sure every offer describes the same material. A reliable Polyaluminium Chloride 30% (PAC 30%) bulk supplier states these values on the specification sheet and confirms them on the certificate of analysis (COA) for your lot:

The Polyaluminium Chloride 30% (PAC 30%) specifications above are typical industry ranges, not guarantees; always confirm the limits on the COA of the lot you buy.

Spray-dried or drum-dried?

Spray-dried PAC is a fine, light yellow powder with low insolubles and is the usual choice for drinking water. Drum-dried (roller-dried) PAC is darker, contains more insoluble matter and is normally cheaper, which suits wastewater and many industrial uses. Asking which process was used is the quickest way to explain a large price gap between two offers.

What Drives the Polyaluminium Chloride 30% (PAC 30%) Price per Ton

Our current list price is shown in the key facts table above. When you compare quotations from different suppliers, these factors explain most of the difference:

1. Raw materials. PAC is made from aluminium sources such as aluminium hydroxide and hydrochloric acid, so movements in those inputs feed through to the price.
2. Drying process and grade. Spray-dried, drinking-water grade costs more than drum-dried industrial grade.
3. Packaging. Standard 25 kg woven bags with an inner liner are the most economical; jumbo bags or custom printing change the cost.
4. Volume. Full-container orders are priced better than part loads, and regular monthly orders better still.
5. Delivery basis. An FOB price excludes sea freight and insurance; a CIF or CFR price includes them. Compare on the same basis.

The figure that matters for your budget is the landed cost: price plus freight, insurance, import duty and local handling, divided by the tons actually delivered. Because PAC is shipped as a solid in bags, a 20 ft container commonly carries around 20 to 25 tons depending on palletising, which keeps freight per ton reasonable.

How to Buy Polyaluminium Chloride 30% (PAC 30%) for Water Treatment

To buy Polyaluminium Chloride 30% (PAC 30%) for water treatment with confidence, follow the same sequence experienced plant buyers use:

1. Jar test first. Request a sample and run jar tests on your raw water to set the dose and confirm performance against your current coagulant.
2. Fix the grade. Specify drinking-water or industrial grade, spray-dried or drum-dried, and the Al₂O₃ minimum.
3. Check compliance. For potable water, confirm the product meets the standard your regulator applies, such as EN 883 in Europe or NSF/ANSI/CAN 60 in North America, alongside the WHO Guidelines for Drinking-water Quality.
4. Agree documents. COA, SDS, packing list, commercial invoice, bill of lading and, if required, a certificate of origin.
5. Plan stock. Order so a new container arrives before you fall below four to six weeks of use.

You can send these details through our quote form and we reply with a written offer for your destination port. For a wider view of plant purchasing, read our water treatment procurement framework.

Polyaluminium Chloride 30% (PAC 30%) Import: Storage and Shipping

A smooth Polyaluminium Chloride 30% (PAC 30%) import depends on keeping the powder dry from loading to use. PAC is hygroscopic: it absorbs moisture from the air, cakes and becomes difficult to dose if bags are damaged or stored in humid conditions.

• Store bags sealed, on pallets, under cover and away from water.
• Use the oldest stock first and reseal opened bags immediately.
• Prepare dosing solutions in clean, acid-resistant tanks, as PAC solutions are acidic.

PAC 30% is not classified as dangerous goods for transport, which keeps shipping simple, but always confirm the classification on the safety data sheet supplied with your order. Our logistics and shipping and quality documentation pages explain how we handle containers, inspections and paperwork. If your process needs a different strength, compare PAC 28% or iron-based ferric chloride 40% in the same water treatment chemicals range.

Related Products Buyers Order With Polyaluminium Chloride 30% (PAC 30%)

Polyaluminium Chloride 28% (PAC 28%)Ferric Chloride 40%Non Ferric Aluminium Sulfate POWDER 17% (Non-Ferrous)

Frequently asked questions

Need a bulk quotation for Polyaluminium Chloride 30% (PAC 30%)? Send your requirements to Anflo or email sales@anflointerchem.shop.