CPE beams have different sections which are mentioned below:
(CPE140 (200), CPE140 (210), CPE140 (220), (CPE160 (220), CPE160 (230), CPE160 (240), (CPE160 (250), CPE180 (250), CPE180 (260), (CPE180 (270, (CPE180 (280), CPE200 (260), (CPE200 (280), CPE200 (300), CPE200 (320), (CPE220 (300), CPE220 (320), CPE220 (330), (CPE220 (350 ), CPE240 (320, (CPE240 (340), (CPE240 (360), CPE240 (380), CPE270 (340), (CPE270 (370), CPE270 (405), CPE270 (430), (CPE300 (400), CPE300 (420), CPE300 (450), CPE300 480,
The dimensions and size of the CPE beam depend on the type of beam. These dimensions are:
| Wing height | Is denoted by the letter h |
| Thickness | Is denoted by the letter ts |
| Wing width | Is denoted by the letter b |
| Wing thickness | Is denoted by the letter tg |
| Cross section | Is denoted by the letter A |
| Weight per meter | Is denoted by the letter G |
For example, the beam profile (CPE 140) is equal to:
h = 200 mm / ts = 4.7 mm / b = 73 mm / tg = 6.9 mm / A = 19.2 cm2 / G = 12.9 kg / m
Honeycomb or CPE beams are manufactured and supplied by manufacturers with higher tensile and compressive load capacity than IPE, IPB and INP beams.
Due to its high strength, CPE beam is widely used in various industries such as construction, bridge construction, pier construction, dam construction, tower construction and similar industries.