Privacy Policy

Last updated: February 2026

At Kilometrics, we respect your privacy and are committed to protecting your personal information. This policy explains how we handle data and the measures we take to ensure your experience on our website remains secure.

1. Information We Collect

Kilometrics does not directly collect, store, or solicit personal identification data (such as names or addresses) from our visitors. However, like most websites, we utilize third-party services that may automatically collect non-personal technical data, including:

  • Browser type and version
  • Device type and operating system
  • IP address and general geographic location
  • Page views and navigation behavior

2. Use of Cookies

We use cookies to enhance your experience and analyze our traffic. Cookies are small data files stored on your device that help us understand how you interact with our tools, allowing us to improve site functionality and performance. You can choose to disable cookies through your browser settings, though some features of the site may be affected.

3. Third-Party Services

To provide a high-quality experience, we may use third-party tools such as Google Analytics for usage statistics and various advertising networks to display relevant content. These providers may use cookies, web beacons, or tracking pixels to collect information. Please note that Kilometrics does not control the data-handling practices of these external parties.

4. Data Security

While we do not collect or store sensitive personal information on our servers, we take reasonable precautions to ensure that the third-party services we integrate align with modern industry standards for data protection and security.

5. Your Consent

By using the Kilometrics website, you hereby consent to our Privacy Policy and agree to the use of cookies and tracking tools as described above.

6. Policy Updates

We reserve the right to update or modify this Privacy Policy at any time to reflect changes in our practices or for legal reasons. We encourage users to review this page periodically to stay informed.

7. Contact

If you have any questions regarding this Privacy Policy or how your data is handled, please contact us directly via email at

I-Section Taper Flange

Traditional structural sections featuring angled inner flange faces. Primarily used for classic framing and lighter-duty structural applications.

Typical Mass per Metre

Designation Mass (kg/m)
127 x 76 x 13 13.4
152 x 89 x 17 17.1
178 x 102 x 22 21.5
203 x 102 x 25 25.3
203 x 152 x 52 52.1
254 x 152 x 59 59.5
305 x 152 x 66 65.5

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

H-section parallel flange

Engineered for high load-bearing capacity. These sections feature parallel flanges and wider profiles, offering superior stability for columns and primary beams.

Typical Mass per Metre

Designation Mass (kg/m)
152 x 152 x 23 23.4
152 x 152 x 30 29.8
152 x 152 x 37 37.2
203 x 203 x 46 46.2
203 x 203 x 52 52.1
203 x 203 x 60 59.6
203 x 203 x 71 71.5
203 x 203 x 86 86.4
254 x 254 x 73 72.9
254 x 254 x 89 89.2
254 x 254 x 107 107
254 x 254 x 132 132
254 x 254 x 167 167
305 x 305 x 97 96.8
305 x 305 x 118 118
305 x 305 x 137 137
305 x 305 x 158 158
305 x 305 x 198 198
305 x 305 x 240 240
305 x 305 x 283 283

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

Designation Mass (kg/m)
203 x 203 x 54 53.5
254 x 254 x 63 62.5
254 x 254 x 85 84.7
305 x 305 x 79 79.0
305 x 305 x 110 110

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

Channel Sections

C-shaped sections designed for structural support and vehicle manufacturing. Available in both traditional tapered flanges and modern parallel flange (PFC) formats.

Typical Mass per Metre

Designation Mass (kg/m)
100 x 50 x 11 10.6
120 x 55 x 13 13.4
140 x 60 x 16 16.0
160 x 65 x 19 18.8
180 x 70 x 22 22.0
200 x 75 x 25 25.3
220 x 80 x 29 29.4
240 x 85 x 33 33.2
260 x 90 x 38 37.9
280 x 95 x 42 41.8
300 x 100 x 46 46.2
76 x 38 x 7 6.70
127 x 64 x 15 14.9
152 x 76 x 18 17.9
178 x 54 x 15 14.5
381 x 102 x 55 55.1

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

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

L-shaped structural steel sections used for bracing, shelving, and framework. Tables include dimensions for both equal-sided and offset-flange profiles.

Typical Mass per Metre

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

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

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

High-quality hot-rolled flat products. We provide mass data for a full range of thicknesses, suitable for fabrication, structural base plates, and industrial welding.

Typical Mass per Square Metre

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

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 profiles providing high strength and symmetry. Ideal for general fabrication, ornamental ironwork, and industrial machinery components.

Typical Mass per Metre

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 circular sections used extensively in machining, fasteners, and reinforcement. Our tables cover standard diameters with calculated mass based on volume and density.

Typical Mass per Metre

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

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

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 (Cold-Formed Sections)

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

Typical Mass per Metre

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

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 (Cold-Formed Sections)

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

Typical Mass per Metre

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

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

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 (SHS)

Versatile structural components offering high torsional rigidity. Ideal for modern architecture, mechanical frames, and precision engineering.

Typical Mass per Metre

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 (CHS)

Versatile structural components offering high torsional rigidity. Ideal for modern architecture, mechanical frames, and precision engineering.

Typical Mass per Metre

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 (RHS)

Versatile structural components offering high torsional rigidity. Ideal for modern architecture, mechanical frames, and precision engineering.

Typical Mass per Metre

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 (Hex Head)

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 Head)
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).

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