Analytical Grade Potassium Acetate

Analytical Grade Potassium Acetate for Laboratory Research | High Purity Chemical Reagent Solutions

Fine chemicals have been the business of Shanxi Zhaoyi Chemical Co., Ltd. for 35 years, going back to 1988. Our production base follows one standard and covers 27,000 m². Year after year, we turn out 150,000 tons of acetate series products. Lab reagents come out of that same base, and they meet tough specs. Research institutions and analytical labs around the world buy them. Our Analytical Grade Potassium Acetate (CAS 127-08-2, Molecular Formula: CH3COOK, MW 98.14) is a white crystalline powder with high purity. Analytical reagent standards guide every batch we make. Impurities stay very low. Batch to batch, the results hold steady. ISO, KOSHER and HALAL certifications are in place. Laboratory analysis demands strict precision, and this product delivers it. Biochemical research works well with it too, and so does buffer solution preparation.

Key Features & Benefits

Our this product is professionally optimized for laboratory precision analysis scenarios, with multiple core advantages that solve common pain points of ordinary reagents in experimental application:

Exceptional Purity Standards: We formulate and make this reagent to analytical-grade specs. Impurity and heavy metal content are kept under tight control. That stops impurities from interfering with experiments or skewing data. Sensitive analytical tests get accurate, reliable results.

Solubility: This product dissolves in water very well. It goes into solution fast and fully. Nothing is left behind as residue. Setting up lab solutions becomes much simpler. You save experiment time. Buffer and standard solution prep also runs more efficiently.

Stable Buffering Capacity: This potassium acetate salt keeps its chemical properties steady and buffers pH in a dependable way. The crystal structure stays whole. Sealed storage over the long term will not break it down or make it fail, so the buffering effect holds up across many chemical analysis experiments.

Versatile Application Range: The salt behaves the same way every time, so you can predict it. That is why so many labs find a use for it. Acid-base titration is one job it handles. Colorimetric detection is another. Preparing mobile phases for chromatography also falls in its range, along with biochemical experiments. Many different test setups get what they need from it.

Technical Specifications

How It Works

Inside this product, the acid-base balance is mild. Its ionic properties do not shift. Those two traits work together. Because of them, the compound gives accurate and stable support to many kinds of laboratory analytical experiments:

Stable pH Buffer Equilibrium: Water is where acetate anions act like weak bases. Protons get pulled in by them. An acetic acid equilibrium forms as a result. The reaction goes both ways, and no pH swing shows up. Steady readings last through the entire analytical run.

Non-Interference Ionic Provision: Most chemical reactions leave potassium cations sitting there as spectator ions. Ionic strength does shift because of them. Still, no interference signal comes out of it. Spectrum detection stays clean. Electrochemical testing does the same. Accuracy of the test data holds up.

Precise pH Adjustment: Titration runs and pH calibration work are where this product gets used. Starting acidity climbs to neutral or mildly alkaline, and the reaction goes at a slow, gentle pace. Overshooting the pH by a wide margin is what a fast adjustment can do. Here that never happens. Labs get the exact pH value they were after.

Applications

Purity levels in this analytical reagent run very high. Lots of lab work depends on it. Take chemical analysis and biochemical research, for example. Preparing solutions is another use. Testing and research labs everywhere know it well:

Chemical Analysis: For acid-base titration, it serves as a certified primary standard reagent. Colorimetric assay detection relies on it too, since it does a key buffering job there. Analytical test systems get standardized because of that.

Laboratory Research: Enzyme kinetics work puts it to use. Protein precipitation does as well. So do other biochemistry projects. Impurities from heavy metals stay at ultra-low levels. That way, they do not inhibit biological activity or interfere with it.

Solution Preparation: You can mix mobile phases for HPLC with it. It also works for buffers used in protein electrophoresis. The solution keeps the same properties. Samples separate just as well each time. Retention times stay repeatable.

pH Regulation: Pair it with acetic acid. You then get a buffer system that holds a steady pH window of 4.5-5.5. Many precise analytical methods need that kind of tight pH control.

Analytical Grade Potassium Acetate vs Other Products

Certifications & Compliance

Our whole production system carries ISO quality management system certification. That means we control the full process in a standard way. First, we check incoming raw materials. Finished product delivery comes last. The product has KOSHER and HALAL certifications. It meets market access rules in many parts of the world. Before delivery, we test every batch against analytical reagent specs. Each batch also comes with an official Certificate of Analysis (COA). This helps customers check quality and trace their experiments. It also meets international laboratory chemical safety standards.

Packaging Options

We provide multi-specification sealed packaging solutions for Analytical Grade Potassium Acetate tailored to different laboratory consumption volumes and storage demands, effectively preventing moisture absorption and contamination:

500g Sealed Plastic Containers: A good fit for labs that use a normal amount. The seal keeps air and moisture out. Product properties stay stable for a long time.

1kg Plastic Containers: An affordable pack for everyday lab work. Air cannot get in, so reagents stay fresh. That suits routine analytical tests and the usual solution prep.

5kg Fiber Drums: Made for labs with several functions that go through a medium amount. Your cost per unit drops, and the product still arrives whole.

25kg Fiber Drums: A bulk format that keeps costs down for labs running high volumes and for institutions that buy in large amounts. It makes measured dispensing consistent, and the contents stay safe in storage over the long term.

Manufacturing Process

The raw materials we use are high purity. Every supplier is certified and checked by us. That stops impurity risk right at the source. Temperature and pressure get watched closely through the whole synthesis reaction. By-products never get a chance to form, and the reaction runs all the way to completion.

Crystallization relies on gradient constant-temperature cooling. Particles come out in an even, neat shape. They dissolve fast, and the result stays stable. That counts for a lot when you prep solutions in the lab. After that, the material passes through several rounds of filtration and washing. Those rounds clear out leftover impurities and trace contaminants.

Then the products dry in a drying chamber. Inside it, the atmosphere is controlled and the temperature stays constant. Leftover moisture is pulled out. Once that is done, sealing and packing take place in a dust-free workshop. Each batch goes through a full-index quality check, all 100% of it. Only then can a product ship, and only if it meets analytical-grade standards in full.

Why Choose Us

Backed by 35+ years of professional acetate production experience, we have in-depth accumulation in analytical reagent formula optimization and precision production. The 150,000-ton annual stable production capacity guarantees sufficient inventory and uninterrupted supply for customer long-term research and batch procurement.

We own a mature global logistics system covering Europe, America, Asia and other regions, providing fast and safe cross-border delivery services with complete customs clearance documents.

Our professional chemical technical team provides free one-stop application guidance and experimental scheme optimization services, solving various matching problems encountered by customers in reagent use and experimental debugging.

FAQ

Q: What is the shelf life of your this product?

A: A1: Store the product in its original sealed packaging. A dry, cool place is what it needs. All analytical specifications then stay intact. Shelf life runs for 36 months from the production date.

Q: Is this reagent meant for making biological buffers?

A: A2: Yes. Purity is high and heavy metal content stays very low. Metal ions do not interfere, and biological activity is not held back. That makes it a good fit for preparing all sorts of biochemical buffers and for related research experiments.

Q: Once the product is opened, how should it be kept?

A: A3: Leftover reagent goes into a clean container with a tight lid. Keep it in a dry, cool place. Heat sources stay away from it, and so do chemicals that react badly with it. That way moisture stays out and the product will not spoil.

Q: Can you do custom packaging for us?

A: A4: Bulk orders can come in packaging built around what you need. Talk to our sales team. They will confirm the packaging specs that match your purchase.

Q: Will COA documents be provided with shipment?

A: A5: Yes, sure. Each batch of goods ships with an official COA certificate. All index test data and specification compliance results are listed on it. Use that certificate for your quality inspection and batch traceability.

Request a Quote

If you are looking for high-purity, stable Analytical Grade Potassium Acetate sxzy@sxzhaoyi.com.