Ammonium bifluoride 98%

Ammonium Bifluoride 98% – High-Purity Grade for Industrial Applications

Ammonium bifluoride 98%—it doesn’t exactly roll off the tongue, but this is one of those unsung industrial heroes. Whether it’s in metal finishing, glass etching, or electronics cleaning, this solid-grade chemical shows up, does its job, and leaves everything sharper, cleaner, and more precise. It’s especially sought after by businesses here in WA, and that’s no surprise—many of the top chemical suppliers in Perth keep it well-stocked for good reason.

We offer it in a highly refined, crystalline or granular form—perfect for processes that call for top-tier concentration without any unnecessary dilution. And when you need a chemical that plays well with water and reacts exactly when (and how) you want it to? This one earns its place.

🔬 So, What Exactly Is Ammonium Bifluoride?

Technically speaking, ammonium bifluoride (NH₄HF₂)—or sometimes, if you’re feeling formal, ammonium hydrogen fluoride—is a white, odourless, hygroscopic salt. It’s created by reacting hydrofluoric acid with ammonia. And yes, in solution, it behaves a lot like hydrofluoric acid itself. That means it’s no pushover when it comes to cutting through oxide layers and tackling tough cleaning jobs—but maybe just a touch easier to manage.

What’s fascinating is its dual nature. It’s both acidic and reactive, which gives it the edge when it comes to etching or surface prep. If you’ve ever had to break down a stubborn silica layer on stainless steel or give a sheet of glass that perfect frost—this is the kind of chemistry that makes it happen.

🏭 Where It Works Best – Key Industrial Uses

• Metal Surface Treatment: It’s a go-to for stainless steel and aluminium pickling. It clears away oxides and preps the surface like a pro.
• Glass Industry: Glass etching, frosting, even that textured finish you sometimes see in high-end glassware—this chemical plays a big role in all of that.
• Oil Refineries: Sometimes used as a catalyst aid or a cleaning agent where fluoride-based chemistry is essential.
• Electronics & Semiconductors: It’s precise enough to remove trace metal oxides on delicate components—where there’s no room for error.

Its high reactivity is what makes it so useful, but that also means it’s not something to take lightly. Use it only under controlled conditions and always with the right safety protocols.

🛡️ Why Go With Our Ammonium Bifluoride 98%?

Here’s where we stand out. As a trusted ammonium bifluoride supplier in Australia, we make sure every batch meets rigorous quality standards. Our 98% grade is produced with low impurity levels, and it performs consistently. If you’re working in a sensitive process line or relying on repeatable results, that kind of consistency matters—a lot.

We also support our customers beyond the drum. Need custom packaging? Bulk quantities? On-time dispatch? We’ve got it covered across Western Australia. And if you have questions—or even just need to make sure it plays well with your existing process—our team is here to help. You can Request a Quote anytime.

📦 Technical Specs, Packaging & Safety

• CAS Number: 1341-49-7
• Appearance: White crystalline or granular powder
• Odour: None (odourless)
• Solubility: Very soluble in water
• pH (1% solution): Slightly acidic
• Stability: Stable under normal conditions but sensitive to moisture exposure

⚠️ Safety First: This compound is corrosive—no two ways about it. It can cause serious burns if it comes into contact with skin, eyes, or the respiratory tract. Always use the right PPE: gloves, goggles, and respiratory protection. For full handling details, Request the SDS here.

🇦🇺 Where to Buy Ammonium Bifluoride 98% in Australia

Whether you’re running a large operation or you just need a high-purity chemical for a specific industrial task, Ammonium bifluoride 98% is available right here through Pascom. We offer fast delivery, local support, and product documentation that checks all the boxes. Need something urgently? Bulk supply? Or… maybe just curious how it stacks up next to other fluoride compounds? Let us know here.