Manufacturing Process
Manufacturing Process & Guarantee
Precision at Every Step
At Gloma, we take pride in overseeing every stage of our production process to ensure the highest standards of quality. Each product is meticulously crafted in-house using premium-grade stainless steels, such as AISI 316 and 17-4 PH, sourced from trusted European suppliers. We employ both hot and cold forging techniques to enhance the strength, density, and structural integrity of our products.
Why We Forge, Not Cast
Unlike casting—which can introduce weaknesses like porosity, reduced strength, and potential breakage—we prioritize forging to eliminate these risks. The result? Products built for maximum reliability, safety, and long-term performance in the most demanding applications.
Check Forged vs Cast Comparison Table
Commitment to Safety & Performance
Rigorous Testing, Unmatched Reliability
Our products undergo rigorous testing to meet stringent safety and performance standards. all our products undergo comprehensive testing at APPLUS Laboratories, a prestigious and accredited testing facility within our region. This rigorous testing regimen focuses on verifying critical parameters such as Break Loads and Work Loads, ensuring that each product meets the highest safety and performance benchmarks.
Detailed test results and specifications for each product are transparently documented and are readily available in our comprehensive product Catalogue and Product section providing our customers with complete confidence in the reliability of our offerings. Our commitment to excellence in both materials and manufacturing processes reflects our dedication to delivering products that are safe, durable, and trustworthy.
What We Test For
We provide clear Working Load Limits (WLL) and Breaking Load Limits (BLL), ensuring safe usage across various applications.
- Working Load Limit (WLL): This is the key parameter, as it defines the maximum load at which a product can perform safely without losing its structural integrity. It reflects the limit at which the piece retains its full mechanical properties under normal use conditions.
- Breaking Load Limit (BLL): This represents the load at which a product will experience significant deformation and eventually break. While break loads provide useful insight, variations may occur between individual pieces.
To further guarantee safety, we recommend applying a 25% reduction to the break load values when determining the Safe Working Load.
This precaution ensures that our products consistently operate within safe limits, offering reliability and peace of mind.
Forge vs Cast: Why Forging Matters
The Gloma Advantage: Forging
We prioritize forged shackles and fittings for their superior strength, durability, and reliability. Unlike casting, which often results in products that are more prone to deformation, fractures, and inconsistent material quality, forging ensures that each product is made with high precision and a consistent grain structure. This advanced manufacturing process provides greater resistance to stress and ensures long-lasting performance.
To clearly illustrate why we choose forging over casting, we’ve created the comparison table below. It highlights the key differences in performance, manufacturing, and material quality between forged and cast products.
Forged piece that maintains integrity beyond WLL
Cast piece that fails at any load level
Forged vs Cast Comparison Table
| CHARACTERISTICS | FORGED | CAST |
|---|---|---|
| Manufacturing Cost | Higher investment, but delivers superior product quality | More economical, but compromises durability and performance |
| Manufacturing Technology | Advanced techniques, requiring high-precision equipment | Simple, less sophisticated process |
| Resistance to Deformation | Very high, maintains shape under extreme stress | Very low, prone to distortion under pressure |
| Breaking Resistance | Excellent, highly resistant to fractures | Poor, breaks easily under stress |
| Flexibility | Highly flexible, adapts to strain without breaking | Brittle, crystallized structure, prone to breaking |
| Porosity | Minimal, with smooth, elongated grain structure | Extremely high, often uncontrolled and affects performance |
| Air Bubbles in Material | None, ensuring structural integrity | Present, varying in size and location |
| Product Performance | Consistent quality across all products | Variable, dependent on the presence of bubbles and cracks |
| Machinery Used | Presses, benders, lathes, and other precision equipment | Molds shaped directly, less control over material quality |
| Raw Material | Certified base materials such as molybdenum, chrome, and nickel | Often derived from scrap, harder to guarantee material quality |
| Finished Product Certification | Certified through laboratory tests for deformation, strength, and composition | Difficult to certify due to inconsistent behavior among pieces |
Let's Start the Conversation
At Gloma, our advanced forging techniques and rigorous quality standards set us apart. If you’d like to learn more about our process and what distinguishes our products, we’re here to help.