Privacy Policy

At Kilometrics, we respect your privacy and are committed to protecting your personal information. This Privacy Policy outlines how we collect, use, and safeguard any data we may receive through your use of this website.

1. Information We Collect

We do not directly collect personal data from visitors. However, third-party services (such as analytics or advertising providers) may collect non-personal data such as browser type, device, IP address, and browsing behavior.

2. Use of Cookies

This site may use cookies to enhance user experience and gather usage statistics. Cookies are small data files stored on your device that help us improve functionality and measure traffic.

3. Third-Party Services

We may use third-party tools like Google Analytics and advertising networks to better understand user behavior or display relevant ads. These services may use cookies or tracking pixels. We do not control the data collected by third parties.

4. Data Security

While we do not store personal information, we take reasonable steps to ensure any third-party services we use are compliant with industry standards for data protection.

5. Your Consent

By using this website, you consent to this privacy policy and the use of cookies or similar tracking tools by third-party services.

6. Changes to This Policy

This privacy policy may be updated from time to time. Users are encouraged to check this page periodically for any changes.

7. Contact

If you have any questions about this Privacy Policy, please contact us direct via email at info@kilometrics.net.

Last updated: July 2025

I-Section Taper Flange

Taper flange I-beams have angled inner flange faces for classic structural shapes, common in older or lighter duty frames.

Typical Mass per Metre

I-Section Taper Flange
Designation Mass (kg/m)
127×76×1313.0
152×89×1616.1
178×102×1919.0
203×102×2323.0
203×133×2525.1
254×102×2222.1
254×146×3131.4
305×102×2525.4
305×127×3737.0
305×165×4040.3
305×165×5454.0
305×152×6666.0

Tip: To estimate mass, use: Mass = Length × Mass per Metre

H-section parallel flange

H-sections with parallel flanges offer high load capacity for columns and beams. They have a wider flange than I-sections for improved stability.

Typical Mass per Metre

H-Section / UC Sections
Designation Mass (kg/m)
152×152×23 UC23.0
152×152×30 UC30.0
203×203×46 UC46.1
203×203×52 UC52.2
203×203×60 UC60.1
254×254×73 UC73.0
254×254×89 UC89.0
305×305×97 UC97.0
305×305×118 UC118.0
305×305×137 UC137.0
356×368×153 UC153.0
356×406×235 UC235.0
406×406×140 UC140.0
406×406×198 UC198.0
457×457×191 UC191.0
457×457×289 UC289.0

Tip: To estimate mass, use: Mass = Length × Mass per Metre

H-Section Piles

H-piles are driven into the ground for deep foundations, providing strong vertical load-bearing and resistance to lateral forcesore

Typical Mass per Metre

H-Section Piles
Designation Mass (kg/m)
203×203×5454.0
203×203×6060.1
254×254×7373.0
254×254×8989.0
305×305×9797.0
305×305×110110.0

Tip: To estimate mass, use: Mass = Length × Mass per Metre

Channel Sections

Channels are U-shaped sections used for frames, bracing, and lighter structural members.

Typical Mass per Metre

Channel Sections
Designation Mass (kg/m)
100×50×1111.0
125×65×1414.2
150×75×1717.1
180×75×2020.3
200×75×2322.9
230×75×2625.8
250×90×3030.0
300×90×3636.1
380×100×5050.0
381×102×5555.0

Tip: To estimate mass, use: Mass = Length × Mass per Metre

Equal Angle Sections

Equal angles have identical leg lengths, ideal for bracing and framing where uniform strength is needed.

Typical Mass per Metre

Equal Angle Sections
Designation Mass (kg/m)
25×25×31.1
30×30×31.3
40×40×42.4
50×50×53.7
60×60×65.4
65×65×65.9
75×75×66.8
80×80×89.5
90×90×810.8
100×100×1015.0
120×120×1221.6
150×150×1227.2

Tip: To estimate mass, use: Mass = Length × Mass per Metre

Unequal Angle Sections

Equal angles have identical leg lengths, ideal for bracing and framing where uniform strength is needed.

Typical Mass per Metre

Unequal Angle Sections
Designation Mass (kg/m)
50×30×53.1
65×50×54.3
75×50×65.5
90×60×66.9
100×65×67.7
100×75×810.2
125×75×812.4
150×90×1017.3
150×100×1221.5
200×100×1225.6

Tip: To estimate mass, use: Mass = Length × Mass per Metre

Flat Bar

Flat bars are versatile sections used in fabrication, bracing, base plates, and general structural support

Typical Mass per Metre

Flat Bar Sections
Width (mm) Thickness (mm) Mass (kg/m)
2050.8
2551.0
3061.4
4061.9
5062.4
5083.2
6584.2
75105.9
100107.9
1501214.1

Tip: To estimate mass, use: Mass = Length × Mass per Metre

Flat products

Hot rolled steel sheets and plates are used in fabrication, structural bases, and welded sections, with uniform thickness and good workability

Typical Mass per Square Metre

Hot Rolled Sheets / Plates
Thickness (mm) Mass (kg/m²)
323.6
431.4
539.3
647.1
862.8
1078.5
1294.2
16125.6
20157.0
25196.2

Tip: To estimate mass, use: Mass = Length × Mass per Metre

Steel Plates

Plates are really just thicker hot-rolled sheets, typically used in fabrication, structural bases, and welded sections. They have a uniform thickness and good workability.

Typical Mass per Square Metre

Steel Plates
Thickness (mm) Mass (kg/m²)
1078.5
1294.2
16125.6
20157.0
25196.2
30235.5
40314.0
50392.5
60471.0
80628.0
100785.0

Tip: To estimate mass, use: Mass = Length × Mass per Metre

Steel Slabs

For rolled/continuous-cast slabs, the weight is usually given per square metre based on thickness. Slabs are typically thicker than plates. These are common reference values for mills or bulk steel users.

Typical Mass per Square Metre

Steel Slabs
Thickness (mm) Mass (kg/m²)
1501177.5
1801413.0
2001570.0
2501962.5
3002355.0
3502747.5
4003140.0

Tip: To estimate mass, use: Mass = Length × Mass per Metre

Square Bars

Solid square and round bars are basic forms used in machining, construction, and reinforcement.

Typical Mass per Metre

Square Bars
Size (mm) Mass (kg/m)
100.62
120.90
161.60
202.50
253.90
305.60
4010.0
5015.6
6022.5
7535.2
10062.0

Tip: To estimate mass, use: Mass = Length × Mass per Metre

Round Bars

Solid square and round bars are basic forms used in machining, construction, and reinforcement.

Typical Mass per Metre

Round Bars
Diameter (mm) Mass (kg/m)
100.62
120.89
161.58
202.47
253.85
305.55
409.86
5015.4
6022.2
7534.7
10061.6

Tip: To estimate mass, use: Mass per metre ≈ π × (Diameter/2)² × Density (for mild steel ~7850 kg/m³).

Lipped Channels (CFC)

Cold-formed channels with lipped edges for improved rigidity and connection strength in light gauge construction.

Typical Mass per Metre

Lipped Channels (CFC)
Designation (Depth×Width×Lip×Thickness mm) Mass (kg/m)
75×35×15×1.62.1
100×50×15×1.62.9
125×50×20×1.63.6
150×50×20×1.64.2
150×64×20×2.05.6
200×75×20×2.58.9
200×75×20×3.010.6
250×75×20×2.510.5
250×75×20×3.012.6
300×100×25×3.016.5

Tip: To estimate mass, use: Mass per metre ≈ π × (Diameter/2)² × Density (for mild steel ~7850 kg/m³).

Lipped Zeds (Cold-Formed Sections)

Z-shaped cold-formed sections with lips for additional strength in roofing and cladding support systems.

Typical Mass per Metre

Lipped Zeds (Cold-Formed Sections)
Designation (Depth×Width×Lip×Thickness mm) Mass (kg/m)
100×50×15×1.62.8
125×50×20×1.63.4
150×50×20×1.64.0
150×64×20×2.05.4
200×75×20×2.58.5
200×75×20×3.010.2
250×75×20×2.510.1
250×75×20×3.012.1
300×100×25×3.016.0

Tip: To estimate mass, use: Mass per metre ≈ π × (Diameter/2)² × Density (for mild steel ~7850 kg/m³).

Lipped Angles

Angles with lips on the flanges for extra stiffness, used in lightweight framing systems.

Typical Mass per Metre

Lipped Angles (Cold-Formed Sections)
Designation (Leg×Leg×Lip×Thickness mm) Mass (kg/m)
50×50×15×1.62.4
65×65×20×1.63.2
75×75×20×1.63.8
75×75×20×2.04.7
100×100×20×2.06.4
100×100×20×2.57.9
125×125×20×2.510.0
150×150×20×3.014.3

Tip: To estimate mass, use: Mass per metre ≈ π × (Diameter/2)² × Density (for mild steel ~7850 kg/m³).

Cold formed channels

Lightweight, precise channels formed at room temperature for wall framing and purlins.

Typical Mass per Metre

Cold-Formed Channels
Designation (Depth×Width×Thickness mm) Mass (kg/m)
75×35×1.61.9
100×50×1.62.7
125×50×1.63.3
150×50×1.63.9
150×64×2.05.2
200×75×2.58.4
200×75×3.09.9
250×75×2.59.8
250×75×3.011.8
300×100×3.015.7

Tip: To estimate mass, use: Mass per metre ≈ π × (Diameter/2)² × Density (for mild steel ~7850 kg/m³).

Top hats

Top hat sections provide rigid profiles for ceiling, wall systems, or light support frames.

Typical Mass per Metre

Top Hats (Cold-Formed Sections)
Designation (Depth×Width×Flange×Thickness mm) Mass (kg/m)
50×35×15×1.21.5
75×35×15×1.21.9
100×35×15×1.22.3
100×50×20×1.63.2
125×50×20×1.63.8
150×50×20×1.64.4
150×64×20×2.05.6
200×75×20×2.58.7

Tip: To estimate mass, use: Mass per metre ≈ π × (Diameter/2)² × Density (for mild steel ~7850 kg/m³).

Cold-Formed Angles (Equal Legs)

Equal-sided cold-formed angles used for bracing and lightweight frames.

Typical Mass per Metre

Cold-Formed Angles (Equal Legs)
Designation (Leg×Leg×Thickness mm) Mass (kg/m)
30×30×1.61.3
40×40×1.61.8
50×50×1.62.3
50×50×2.02.8
65×65×2.03.7
75×75×2.55.2
100×100×2.57.0
100×100×3.08.3

Tip: To estimate mass, use: Mass per metre ≈ π × (Diameter/2)² × Density (for mild steel ~7850 kg/m³).

Cold-Formed Angles (Unequal Legs)

Angles with unequal legs for specialized bracing and construction detailing.

Typical Mass per Metre

Cold-Formed Angles (Unequal Legs)
Designation (Leg1×Leg2×Thickness mm) Mass (kg/m)
50×30×1.61.8
65×50×1.62.4
75×50×2.03.2
100×50×2.04.0
100×65×2.55.2
125×75×2.56.6
150×100×3.09.8

Tip: To estimate mass, use: Mass per metre ≈ π × (Diameter/2)² × Density (for mild steel ~7850 kg/m³).

Hollow Sections Square

Square hollow sections offer high torsional rigidity and clean lines for columns, frames, and modern architecture.

Typical Mass per Metre

Hollow Sections – Square (SHS)
Designation (Size×Thickness mm) Mass (kg/m)
25×25×2.02.0
40×40×2.53.8
50×50×2.54.8
65×65×3.07.1
75×75×3.08.3
100×100×4.013.2
125×125×4.016.8
150×150×5.024.5

Tip: To estimate mass, use: Mass per metre ≈ π × (Diameter/2)² × Density (for mild steel ~7850 kg/m³).

Hollow Section Round

Circular hollow sections provide uniform strength in all directions for poles, columns, and frames.

Typical Mass per Metre

Hollow Sections – Round (CHS)
Designation (Diameter×Thickness mm) Mass (kg/m)
25×2.01.5
32×2.02.0
40×2.53.0
50×2.53.8
65×3.05.9
80×3.07.3
100×4.011.2
125×4.014.1
150×5.021.5

Tip: To estimate mass, use: Mass per metre ≈ π × (Diameter/2)² × Density (for mild steel ~7850 kg/m³).

Hollow sections Rectangular

Rectangular hollow sections combine strength with ease of connection for structural frames and supports.

Typical Mass per Metre

Hollow Sections – Rectangular (RHS)
Designation (Height×Width×Thickness mm) Mass (kg/m)
50×25×2.02.5
75×50×2.03.8
100×50×2.55.8
125×75×3.09.2
150×100×3.011.5
200×100×4.017.3
250×150×5.027.1

Tip: To estimate mass, use: Mass per metre ≈ π × (Diameter/2)² × Density (for mild steel ~7850 kg/m³).

Bolts and Rivets

Standardized fasteners used to join structural sections securely, ensuring safe connections in construction.

Typical Mass per 100 Pieces

Bolts (Hex Head)
Diameter Mass per 100 pcs (kg)
M62.4
M84.4
M107.5
M1210.9
M1619.8
M2031.2
M2445.0
Nuts (Hex)
Diameter Mass per 100 pcs (kg)
M60.5
M81.0
M101.5
M122.3
M164.3
M207.0
M2410.5

Tip: To estimate mass, use: Mass per metre ≈ π × (Diameter/2)² × Density (for mild steel ~7850 kg/m³).

Kilometrics

Get In Touch

If you would like to get on board and play a role on this project, or if you just like to reach out don't hesitate to mail.

Sign up to our mail list and stay updated with the content of this site and much more

Stay connected

Visit our socials (still working on this)