PE film for each profile/ Shrink PE film for each bundle, Slot packing, Craft paper/ Foam Paper/Carton box

Post caps are another place where cost cuts can be made.  Lots of manufacturers will use a stamped steel standard cap which is easier to produce and squish on the top of the post.  For the more decorative ball style post caps, some will make them out of aluminum, or worse, plastic.  Our Stronghold Iron fence line uses cast iron caps for both styles that you can see in the photos below.  The cast iron gives it a nice textured and authentic appearance.

Steel door pull handles require minimal maintenance compared to other materials. A simple wipe down with a damp cloth is usually sufficient to keep them looking new. Unlike wood, which may need periodic refinishing, or plastic, which can discolor over time, steel handles can withstand the test of time with little upkeep. Their resistance to rust and tarnishing, particularly when finished properly, ensures longevity and an appealing appearance.

The benefits of using cast iron for spears lie in its inherent properties. Cast iron, known for its excellent castability, is resilient and suitable for manufacturing sharp, sturdy spearheads that can withstand the rigors of battle. The material's high carbon content contributes to its hardness, allowing for effective penetration without easily blunting. Moreover, the casting process enables the creation of complex shapes that traditional methods cannot replicate, leading to innovative spear designs tailored for specific combat contexts.

5. Post Caps

Adjusting the rollers on sliding doors is a straightforward process that can greatly enhance their functionality. By following the steps outlined above, you can ensure that your sliding door operates smoothly and lasts for many years. Regular maintenance, including cleaning and lubricating, will further ensure optimal performance. With a little time and effort, you can keep your sliding doors in excellent condition and enjoy their benefits throughout your home.

These differing methods result in materials that, while they’re both iron, have significant differences in cost, strength, hardness, malleability, and chemical composition.