cz purlin roll forming machine

Products Introduction
The fully automatic c&z purlin forming machine can produce various specifications of C/Z purlins using a single set of equipment through simple automatic or manual stepless adjustments. There is no need to replace forming rollers when changing specifications. The production process adopts an automatic control system, allowing for automatic punching, cutting, and forming based on the input parameters such as purlin length, longitudinal hole spacing, and quantity.
Features
Technical Parameters
Product Description
Projects
Features

This C/Z Quick Interchangeable Roll Forming Machine adopts a special structure. The rollers for C&Z are changed very quickly without dismantle any parts . One machine can produce all specifications of C/Z/U purlins .


Technical Parameters
C/Z Quick Interchangeable Machine
NoItemSpecificationOptional
1Suitable materialType:Galvanized Coil, PPGI, Carbon steel Coil


Thickness(mm):1.5-3.0


Yield strength: 250 - 550MPa


Tensil stress( Mpa):G350Mpa-G550Mpa
2Nominal forming speed(m/min)45580Or according to your requirement
3Forming station18
4DecoilerManual decoilerHydraulic decoiler or double head decoiler
5Main machine motorChina famous BrandSiemens
6PLC brandPanasonicSiemens
7Inverter brandYaskawa
8Driving systemChain driveGearbox drive
9Rollers’ materailGCr15Cr12
10Station structureWall panel stationForged Iron station  Or torri stand structure
11Punching systemYesHydraulic punching station or Punching press
12Cutting systemPost-cuttingPost- universal cutting
13Power supply requirement380V 50HzOr according to your requirement
14Machine colorIndustrial blueOr according to your requirement


Introduction

Working flow of purlin machine

Uncoiling—Feeding&Leveling—purlin forming machine—Cutting—Products collecting


Projects

Z-shaped purlins and C-shaped purlins are two common steel structural materials, with notable differences in shape, strength, and application.

Shape:
Z-shaped purlins have a sawtooth-like cross-section with two flanges and a web, while C-shaped purlins have a C-shaped cross-section with one flange and a web. Due to its unique shape, Z-shaped purlins can interlock with each other during connection and stacking, enhancing structural stability and load-bearing capacity. On the other hand, the design of C-shaped purlins makes them particularly convenient for simpler structural applications.

Strength:
Z-shaped purlins offer better bending and torsional resistance, making them more suitable for structures with long spans or heavy loads. For instance, Z-shaped purlins are commonly used in industrial plants and large warehouses to support roofs and other facilities. In contrast, C-shaped purlins are more appropriate for shorter spans and lighter loads, often used in smaller buildings or lightweight roof trusses.

Application:
Z-shaped and C-shaped purlins have distinct application ranges. Z-shaped purlins, with their higher strength and stability, are typically employed in more complex and demanding engineering projects. C-shaped purlins, on the other hand, are widely used in simpler constructions such as barns, basic warehouses, and similar structures.

In summary, while both Z-shaped and C-shaped purlins are essential components of steel structures, their differences in shape, strength, and applicability make them suitable for different practical uses. Choosing the right type of purlin should depend on the specific requirements of the project.


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