Axis Petrochem

12/06/2026

Microbial protection in industrial fluids has evolved more than most people realize. 🧪

Decades ago, the industry relied heavily on strong chemical biocides such as phenolic compounds and formaldehyde releasers. They were extremely effective at killing microorganisms but they also raised concerns about operator health, irritation, and long-term safety risks. ⚠️

Then came the 1990s–2000s shift.
New antimicrobial chemistries like isothiazolinones (CMIT/MIT) became widely used because they could control microbial growth at much lower dosages, making them more efficient for industrial coolant systems. 🔬

Today, the philosophy is evolving again. Instead of relying solely on stronger biocides, modern formulations increasingly focus on bio stability.

This means designing fluids that naturally resist microbial growth through:
• pH control
• Optimized additive systems
• Raw materials that microbes cannot easily metabolize ⚙️
In other words, the goal is no longer just to kill microbes.

It is to create an environment where microbes struggle to survive in the first place. 🛡️

We work with partners and additive technologies that help formulators achieve the right balance between performance, microbial stability, and operator safety. ⚙️🧪

If you’re exploring next-generation coolant or lubricant formulations, our team is always open to discussing the right additive solutions for your application.

10/06/2026

In this edition, we explore how climate conditions, evolving manufacturing demands, and global industry standards are shaping the way coolant formulations are designed across Southeast Asia.

We will also look at the growing interest in low maintenance metalworking fluids, the increasing demand for boron free and formaldehyde free additive technologies, and why bio stability is becoming a key factor for manufacturers operating in tropical environments. ⚙️🧪

Check out full article down below 👇 ♻️

In this edition, we explore how climate conditions, evolving manufacturing demands, and global industry standards are shaping the way coolant formulations are designed across Southeast Asia. We will also look at the growing interest in low maintenance metalworking fluids, the increasing demand for b...

05/06/2026

How do you control microbial contamination in metalworking fluids without over relying on biocides? 🧪

Microbial contamination remains one of the most persistent challenges in Metalworking Fluids. 🧫

Unchecked microbial growth can lead to odor, emulsion breakdown, corrosion risk, and reduced fluid life. All of which impact machine performance and maintenance costs. ⚠️

We address this challenge through carefully selected additive technologies designed for long-term fluid stability. 🧪

Our Polartech® Series helps formulators enhance key performance characteristics such as emulsion stability, corrosion protection, and overall fluid robustness in metalworking fluid formulations. ⚙️

A stable and well-balanced emulsion can help support cleaner systems and reduce some of the conditions that encourage microbial proliferation.

Combined with proper fluid management practices, this contributes to longer fluid life and more consistent machining performance. 🛡️

Effective microbial control is not achieved through a single additive alone. It requires the right balance of formulation technology, maintenance practices, and preservation strategies.

The result: cleaner systems, longer fluid life, and more reliable machining performance. 🛡️

🔗 Learn more about our additive technologies: https://lnkd.in/gM22ngp3

03/06/2026

Does your formulation contain a biocide? 🧪

Sometimes the biggest problem in industrial fluids is something you can't even see. 🧫

In water-based industrial fluids, microorganisms can grow faster than most people realize. And once contamination starts, the consequences can affect both machine performance and fluid stability. ⚙️📉

Swipe to explore some fun facts about the tiny guardians of industrial fluids. 👉

22/05/2026

What can the ancient Indonesian tradition of "Gotong Royong" teach us about the modern lubricant industry? 🇮🇩🤝⚙️

Halo, Rekan Industri! 🇮🇩

In Indonesia, there is a core philosophy that has sustained communities for centuries: "Gotong Royong." It is the spirit of communal work, where everyone contributes to a common goal, ensuring that no one faces a challenge alone. 🤝✨

As a distributor of advanced raw materials based in Singapore but deeply rooted in the Southeast Asian market, Axis Petrochem carries this very same spirit into every partnership.

In the fast-paced world of hashtag and hashtag , challenges like formulation stability or supply chain disruptions are common. But we believe that business shouldn't be just a transaction, it should be a "Gotong Royong" effort.

How do we embody this value?
🔹 Collaborative Troubleshooting: When our partners face a technical hurdle, we don't just provide a product; we dive into the lab results alongside them to find a solution. 🔬

🔹 Knowledge Sharing: We bridge the gap between global technology (like hashtag and hashtag ) and local industrial needs, ensuring everyone grows together. 📈

🔹 Resilience: Much like the Indonesian spirit of "Ulet" (resilience), we stay committed to our partners through market fluctuations and technical shifts. 🛡️
We aren't just your supplier. We are your "Gotong Royong" partner in building a more efficient and sustainable industrial future for Indonesia and beyond. 🌏🏭

Let’s solve your next technical challenge together. How can we support your "Gotong Royong" spirit in your factory today? 📠

Connect with us at https://lnkd.in/gM22ngp3 or drop a message below to start a conversation! 🚀

Terima kasih dan salam sukses untuk kita semua! 🙏

20/05/2026

Myth-Busters: “Any industrial gear oil is safe for White Metal.”

Spoiler: It’s NOT! 🛑❌
Let’s clear up a dangerous misconception we often hear in the field. 👇

The Myth:

“If the oil has a high EP (Extreme Pressure) rating, it’s better for my Babbitt bearings.”

The Reality:
Many high-EP gear oils are formulated for steel-on-steel contact. They rely on active sulfur-phosphorus chemistry, which can be highly aggressive toward white metal.

Using the wrong oil may lead to blackening of the bearing (sulfidation), surface degradation, and eventually total system seizure. ⚠️🔥

The Axis Rule of Thumb:

Always check for Yellow/White Metal Compatibility. 🧪

We provide specialized Polartech® Additive Packages that are specifically inhibited to be safe for non-ferrous alloys while still delivering the load-carrying performance your system demands. ⚙️🛢️

Don’t let a myth ruin your machinery.

Formulate with precision. Formulate with Axis. 🎯

15/05/2026

The "Soft Metal Paradox": How do you protect a bearing with Extreme Pressure (EP) without eating it away? 🧪⚖️

In lubricant formulation, "active" chemistry is usually the enemy of White Metal.
Many Extreme Pressure (EP) additives contain active sulfur, which provides great load protection but causes chemical etching and corrosion on Babbitt alloys.

The Technical Solution is Polymeric Esters. We recommend Ketjenlube® 135. Unlike traditional additives, this polymeric ester:
✅ Creates a thick, physical molecular carpet on the white metal.
✅ Provides "Polar Attraction" to the surface without chemical reactivity.
✅ Is highly stable under high temperatures, preventing the formation of harmful organic acids.

If you are formulating for high-speed bearings, the secret isn't "stronger" chemistry but "smarter" chemistry.

13/05/2026

Did you know that a patent from 1839 still dictates how our modern power plants run today? 📜

Meet hashtag , the goldsmith who changed heavy industry forever. In 1839, he invented "Babbitt Metal" the original White Metal.

Why is it still relevant? Because even in our digital age, the massive turbines and marine engines that power the world still rely on this "soft" alloy to prevent catastrophic failure. 🚢⚡

The Fun Fact is: White metal is designed to be "sacrificial." It's soft enough to embed dirt particles (to protect the hard shaft) but tough enough to support tons of pressure.

We provide the modern chemistry (like Ketjenlube®) that ensures this 180-year-old invention survives the extreme demands of 2025.

Ketjenlube® acts as a "molecular carpet," providing superior film strength and polar attraction to the soft alloy surface without the corrosive risks associated with traditional active sulfur additives.

🔗 Need to optimize your white metal protection? Consult with our technical experts today and find the perfect formulation for your machinery.

Visit us at: https://lnkd.in/gM22ngp3 or DM us for a technical discussion! 🚀

07/05/2026

The "Green Transition" is putting unprecedented pressure on White Metal Bearings. Is your formulation ready? 🌍⚙️

The global shift toward High-Efficiency Turbines and Wind Power is demanding more from the machinery. 🌬️⚡

According to industry research, White Etching Cracks (WEC) are linked to up to ~60% of wind turbine gearbox bearing failures: reinforcing the need for next-generation lubrication solutions. 📊🔬

As turbines operate at higher RPMs to increase energy output, thermal and mechanical stress continue to rise. In many cases, standard lubricants are reaching their limits. The result? Micro-pitting on white metal surfaces: a silent killer of efficiency and reliability. 📉🔥

As the trusted distributor of Polartech in South East Asia market, we see a growing demand for specialized additive technologies that can withstand elevated operating temperatures without compromising the integrity of soft tin-based white metal bearings. 🛢️🧪

The future of energy is green 🌱
But the machines powering it require gold-standard protection. 🏆⚙️

06/05/2026

🌱 How is your business aligning with the SDGs? or What is SDGs ?

The Sustainable Development Goals (SDGs) provide a clear framework for organizations to grow while creating positive impact.

Responsible operations to long-term innovation and impact, every industry has a role to play.

👉 Swipe through the carousel to explore how SDGs connect with business strategy.