How We Figure Out Sheet Weight

TheAluminium Sheet Weight Chartin every workshop acts like a friendly calculator for engineers and buyers. To find out how much a plain sheet weighs, we plug measurements into this straightforward formula:

Weight (kg) = Length (m) Width (m) Thickness (mm) Density (2.71 g/cm).

That math sits at the core of every chart floating around the trade. The 2.71 g/cm density comes from almost pure aluminium, so tiny shifts may show up with certain alloys.

Quick Guide: Aluminium Sheet Thickness and Weights

Sometimes you just want a number you can trust right away, so we put together this handy weight chart for the most common sheet sizes you run into:

Thin Sheets (Weight per Square Meter)

- 0.5 mm: 1.355 kg/m
- 0.8 mm: 2.168 kg/m
- 1.0 mm: 2.710 kg/m
- 1.5 mm: 4.065 kg/m
- 2.0 mm: 5.420 kg/m

Medium Sheets (Weight per Square Meter)

- 3.0 mm: 8.130 kg/m
- 4.0 mm: 10.840 kg/m
- 5.0 mm: 13.550 kg/m
- 6.0 mm: 16.260 kg/m

Heavy Sheets (Weight per Square Meter)

- 8.0 mm: 21.680 kg/m
- 10.0 mm: 27.100 kg/m
- 12.0 mm: 32.520 kg/m
- 15.0 mm: 40.650 kg/m

With these numbers from the chart, you can figure out roughly how much material youll need without breaking out a calculator.

How Different Aluminium Alloys Change Sheet Weight

A lot of people forget that each aluminium alloy changes how heavy a sheet really is. Each series has its own tiny density difference:

- 1000 series (barely touched): 2.71 g/cm
- 2000 series (mixed with copper): 2.78 g/cm
- 5000 series (added magnesium): 2.68 g/cm
- 6000 series (magnesium plus silicon): 2.70 g/cm
- 7000 series (boosted with zinc): 2.81 g/cm

When every gram counts, we advise tweaking your weight charts to match the exact alloy in hand.

Where the Aluminium Sheet Weight Chart Comes In?

The weight chart is way more than a table, it pops up everywhere you plan with aluminium:

1. Shipping and Hauling
Before a truck rolls out, the chart tells you if a load is legal and safe on the road.

2. Building with Confidence
Engineers pull the numbers straight from the chart to check how much weight a beam or handrail can take.

3.Budgeting Right
Since sellers bill aluminium by the kilogram, knowing the sheet weight stops surprise costs from blowing your budget.

4.Environmental Considerations When Using Aluminium Sheet Weight Chart

We really do care about the planet, so when you check theAluminium Sheet Weight Chart, try to cut waste. Using only what you need lowers both your budget and your impact on nature.

Recycling every ton of used aluminium saves about 14,000 kWh of energy versus making new metal. That fact turns good buyers into good stewards, and many businesses want to earn that badge.

5. Custom Solutions Beyond the Standard Aluminium Sheet Weight Chart

Most jobs have quirks, and rarely does standard size fit perfectly. If yours is one of those, we can work out the exact weight for any sheet dimension you need. Whether you want thin, lightweight panels or thick, heavy plates for tough sites, our crew will pump you full of the facts that sit just outside the printed table. Need a hand picking materials or running the numbers? Reach out today and well build the answer that fits your project like a glove.

Components cut in standard workshop sizes go together easily with basic shop equipment, and gas-tungsten arc welding, shielded metal arc welding, or submerged-arc welding will make strong joints. The alloys wide ductility encourages cold working, yet the material hardens quickly, so operators may find light annealing between major stages useful to bring strength and toughness back into balance.


Inconel 625 data sheet

Kanakratna Steel Age stocks Inconel 625 sheet in sizes ranging from thin sheets and strips to thick plates, plus round rods, bars, seamless tubes and pipes, welded pipes, and a full line of forged fittings, flanges, and valves. Outstanding high-temperature strength combined with broad corrosion resistance makes this nickel-chromium-molybdenum alloy a preferred choice for pressure vessels facing severe environments.

Controlled niobium and molybdenum additions reinforce the nickel-chromium lattice, avoiding the need for aging treatments that other alloys require. This chemistry gives the material very high resistance to pitting in acidic solutions, prevents chloride-induced stress-corrosion cracking, supports strong fatigue performance, permits easy welding to dissimilar metals, and protects equipment deployed in tidal or marine applications, including seawater systems.

Inconel 625 Material Properties

Inconel 625 is a nickel-chromium-molybdenum superalloy widely recognized for its adaptability in tough environments. The material stands out because it retains strength, ductility, and corrosion resistance from cryogenic temperatures to about 980C in air or 870C in non-oxidizing gases; it endures repeated thermal cycling without significant loss of integrity.

Pitting, crevice, and stress-corrosion cracking are virtually eliminated, making the alloy ideal for sea-water service, chemical processing, and gas-turbine components. Long product forms, including bars, wire, cut-to-length sheets, welded tubes, pipe fittings, flanges, and custom forgings, let engineers specify a single material across an entire assembly.

Fabricators appreciate that Inconel 625 can be formed and joined using standard tools and procedures. Cold rolling, hot forging and electron-beam welding yield smooth, crack-free seams, while C- or high-nickel electrodes restore properties during repair work. Because work hardening increases strength without brittleness, the alloy machines acceptably with carbide or ceramic inserts at moderate speeds and generous coolant flows, and sulphur-free lubricant suppliers minimize chip-welding.

Testing shows fatigue-limit stress exceeds 200 MPa even after millions of cycles, which, combined with high yield strength, restricts macrostress concentration and satisfies aerospace, subsea, or power-generation reliability targets.

Inconel 625 sheet by kanakratna steelage provides outstanding resistance to corrosion. The alloy resists pitting and crevice attack in environments including organic acids, and it shows nearly complete immunity to stress-corrosion cracking caused by chlorides.

Inconel 625 can be cold-formed or hot-worked using standard shop techniques. Because it hardens faster than many stainless steels, however, operators need strong machinery, keen edge tools kept at positive rake angles, and careful chip removal to avoid damaging newly hardened areas during machining.

Price trends forInconel 625 sheetin India vary with market conditions; volatility in supply and demand means that costs change.

This nickel-base superalloy resists oxidation and corrosion from cryogenic temperatures up to 1800 C thanks to alloying nickel, molybdenum, and niobium into a coherent matrix, while also avoiding chloride-related pitting or stress-corrosion cracking.

These alloys combine high tensile strength with exceptional resistance to creep, rupture, forming, and welding-characteristics that make them valuable in aircraft assembly, structural fabrication, and chemical processing plants. They are also easy to install, remarkably durable, and designed to last under demanding working conditions.