WoodLtdŽ Studio began in 2000 with the vision of quality craftsmanship, personalized service and integrity. In 2002 we expended our capabilities with the acquisition of a sculptural steel foundry, enabling us to forge new pathways combining aluminum, steel and iron. The company has continued to expand becoming the preferred provider of ornamental alloy to those who appreciate superior craftsmanship. Specializing in aluminum casting, wrought iron, ornamental iron, architectural ornaments, metal fabrication, mold making, sand casting, enlargements, patina, gold leafing, finishing, restoration, sculpting, life size and monumental pieces.

Metal Gates & Fences | Page-1 | Page-2 | Page-3
METGT101	METGT102	METGT103
Alloy Gate	Aluminum Fence	Metal Antique Gate

METGT104	METGT105	METGT106
Metal Art Gate	Metal Artistic Fence	Metal Cast Gate
METGT107	METGT108	METGT109
Metal Classic Gate	Metal Custom Fence	Metal Design Fence
METGT110	METGT111	METGT112
Metal Drive Gate	Metal Driveway Gate	Metal Entrance Gate
METGT113	METGT114	METGT115
Metal Entry Gate	Metal Front Gate	Metal Garden Gate
METGT116	METGT117	METGT118
Metal Iron Gate	Metal Luxury Fence	Metal Main Gate
Metal Gates & Fences | Page-1 | Page-2 | Page-3
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You no longer have to choose between the maintenance-free ease of aluminum and the strength of steel of your fence. The best of both worlds is available only from WoodLtdŽ Studio. Through the extensive research and testing, WoodLtdŽ has developed a high grade aluminum alloy. This remarkable material has the strength of steel without the rust of traditional wrought iron fence. Our alloy has a minimum yield strength of 35,000 pounds per square inch (psi), which is significantly higher then the 25,000-33-000 psi strength found in many steel fences. Even more impressive is WoodLtdŽ aluminum fence's advantage over other aluminum fence, which has yield strength of only 16,000-25,000 psi.

Metal Approximately three-quarters of all known chemical elements are metals. The most abundant varieties in the Earth's crust are aluminum, iron, calcium, sodium, potassium, and magnesium. The vast majority of metals are found in ores (mineral-bearing substances), but a few such as copper, gold, platinum, and silver frequently occur in the free state because they do not readily react with other elements.

Metals are usually crystalline solids. In most cases, they have a relatively simple crystal structure distinguished by a close packing of atoms and a high degree of symmetry. Typically, the atoms of metals contain less than half the full complement of electrons in their outermost shell. Because of this characteristic, metals tend not to form compounds with each other. They do, however, combine more readily with nonmetals (e.g., oxygen and sulfur), which generally have more than half the maximum numberof valence electrons. Metals differ widely in their chemical reactivity. The most reactive include lithium, potassium, and radium, whereas those of low reactivity are gold, silver, palladium, and platinum.

The high electrical and thermal conductivities of the simple metals (i.e., the non-transition metals of the periodic table) are best explained by reference to the free-electron theory. According to this concept, the individual atoms in such metals have lost their valence electrons to the entire solid, and these free electrons that give rise to conductivity move as a group throughout the solid. In the case of the more complex metals (i.e., the transition elements), conductivities are better explained by the band theory (q.v.), which takes into account not only the presence of free electrons but also their interaction with so-called d electrons.

The mechanical properties of metals, such as hardness, ability to resist repeated stressing (fatigue strength), ductility, and malleability, are often attributed to defects or imperfections in their crystal structure. The absence of a layer of atoms in its densely packed structure, for example, enables a metal to deform plastically, and prevents it from being brittle.

Gate: is a point of entry to a space enclosed by walls, or an opening in a fence. Gates may prevent or control entry or exit, or they may be merely decorative. Larger gates can be used for a whole building, such as a castle or fortified town, or the actual doors that block entry through the gatehouse. In ancient and medieval times, gatehouses of cities and castles were heavily defended and fortified to prevent breaching of the gates. Often the gate would consist of several pairs of doors and iron grates along a tunnel through the gatehouse. The top of the tunnel commonly had murder holes to allow defenders to attack invaders trying to breach the inner doors. Drawbridges were common in conjuction with gates to facilitate passing the moat; moats were often used to increase the effective height of the walls.