In the heavy industrial sector, fabrication is often viewed as a simple three-step process: cut material, weld it together, and ship it out. The reality, however, is that each step has a critical impact on a component’s end performance, including its lifespan and overall maintenance costs. In fact, you may be surprised to learn that many field performance issues can be traced back to common fabrication misconceptions at the start of the process. Understanding these myths is the first step in protecting your production budget and ensuring equipment reliability in the most punishing conditions.
With over 40 years of industry-leading experience, Manluk delivers long-term value you can count on in manufacturing. Read on to learn more about some of the most common myths tied to industrial fabrication below.
Myth 1: Excessive Tungsten Carbide Always Boosts Performance
Tungsten carbide is famous for its extreme hardness, making it a top choice for wear protection. That doesn’t mean, however, that applying more of it automatically improves results. In fact, in many cases, excessive tungsten carbide can increase brittleness. This leads to cracking or chipping when components are exposed to a mix of abrasion and impact.
Effective fabrication focuses on strategic placement rather than blanket coverage. By applying protection only where wear actually occurs, components achieve a longer service life without unnecessary cost. Simply put, the correct metallurgical balance is more important than the volume of material used.
Myth 2: Thicker Material Equals Longer Service Life
Using a thicker plate is often seen as the easiest way to increase durability. While thickness adds weight, it doesn’t always address how wear develops. Abrasion and material flow tend to concentrate in specific “hot spots”; Without targeted protection, even the thickest components can wear unevenly and fail prematurely. A properly fabricated part with optimized thickness and integrated hardfacing will consistently outperform a heavier, unprotected alternative.
Myth 3: Fabrication Is Limited to Cutting and Welding
Successful fabrication depends on the coordination between multiple processes, including machining, forming, and specialized welding methods. Decisions made early on, such as joint design and weld placement, affect every step that follows. Poor coordination can lead to structural distortion or weak points that are difficult to protect.
Myth 4: All Fabrication Shops Are Created Equal
Not every shop is equipped to handle complex, heavy-duty projects. Differences in facility size, automation, and process control significantly impact the consistency of the final product. Many shops rely on outsourcing, which introduces additional handoffs and reduces accountability and quality.
At Manluk, fabrication is supported by in-house machining and automated welding. This single point of contact allows components to be built and protected under a single quality system that performs to the highest standards with fewer headaches and delays.
Myth 5: Build Decisions Don’t Impact Wear Performance
Weld geometry and surface transitions can create stress points that accelerate wear once a component is in service. By designing fabrication details with the end-use in mind, components are built to resist abrasion and impact more effectively. This proactive approach reduces the staggering costs of unplanned equipment downtime and improves long-term reliability.
Precision Built for Real-World Demands
Every industrial application presents different challenges. Abrasion, impact, and corrosion all need to be considered during the fabrication phase, not after a failure occurs in the field. By combining decades of experience with a turnkey manufacturing model, Manluk’s fabrication method becomes a strategic advantage rather than a logistical headache. This approach secures a more predictable supply chain and ensures that every part is delivered ready for the field.
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CONTACT THE MANLUK TEAM TODAY to learn how our fabrication capabilities can support your next project.