Riddhi Steel

Structurals

Structurals, also known as structural elements or structural systems, refer to the components and elements that are designed to withstand and transmit loads and forces in a building or structure. They provide stability, support, and integrity to the overall structure.

Beams, Columns, Slabs, Walls, Footings, Foundations. These are just a few examples of structurals commonly used in construction.

Specifications for Structurals

Structural Element	Material	Dimensions	Design Criteria
Beams	Steel	I-beam, H-beam, T-beam	Load-carrying capacity, allowable deflection,
Columns	Concrete	Rectangular, circular	Load-carrying capacity, slenderness ratio
Slabs	Reinforced	Thickness, span	Load-carrying capacity, deflection limits, crack
Walls	CMU	Thickness, height	Load-carrying capacity, lateral stability, fire
Foundationss	Concrete	Depth, width, shape	Load-carrying capacity, bearing capacity of soil

Angles Weight Chart

Size in mm	Weight in Kg/m	Size in mm	Weight in Kg/m
20 x 20 x 3	0.9	75 x 75 x 10	11.0
25 x 25 x 3	1.1	90 x 90 x 8	10.8
25 x 25 x 5	1.8	90 x 90 x 10	13.4
Walls	CMU	Thickness, height	Load-carrying capacity, lateral stability, fire
30 x 30 x 3	1.4	100 x 100 x 6	9.2
35 x 35 x 5	2.6	100 x 100 x 8	12.1
40 x 40 x 3	1.8	100 x 100 x 10	14.9
40 x 40 x 5	3.0	100 x 100 x 12	17.7
40 x 40 x 6	3.5	110 x 110 x 8	13.4
50 x 50 x 5	3.8	110 x 110 x 10	16.5
50 x 50 x 6	4.5	130 x 130 x 10	19.7
65 x 65 x 6	5.8	130 x 130 x 12	23.4
65 x 65 x 8	7.7	150 x 150 x 10	22.8
65 x 65 x 10	9.4	150 x 150 x 12	27.2
75 x 75 x 6	6.8	200 x 200 x 12	36.6
75 x 75 x 8	8.9	-	-

Channel Weight Chart

Designation	Size mm x mm	Weight Kg/m	Weight Lb/ft
75	75 x 40	6.8	4.57
100	100 x 50	9.2	6.18
125	125 x 65	12.8	8.60
150	150 x 75	16.4	11.02
175	175 x 75	19.2	12.90
200	200 x 75	22.2	14.92
225	225 x 80	26.0	17.4
250	250 x 80	30.4	20.42
300	300 x 90	35.9	24.13
350	350 x 100	42.2	28.36
400	400 x 100	49.5	33.26