Lean pipe is widely used in our industry, and it is divided into many different specifications. At the same time, lean pipe is a lightweight and high-strength pipe material widely used in aviation, rail transportation, automobiles, ships and other fields. Today SUNQIT will explain to you how aluminum alloy pipes are made?

In recent years, lean wire rods have become popular in various manufacturing factories. Wire rods, also known as lean tubes, have many advantages. Therefore, compared to materials such as aluminum profiles and square tubes, lean wire rods stand out. Today, SUNQIT will briefly explain the benefits of using lean wire rods.

Aluminum alloy tube is an aluminum tube with a cross dovetail groove shape. Its surface can be embedded with lean tube connectors to achieve combined connection into fixtures such as bench trucks. It is widely used in our production workshop. In fact, for scenarios with high load-bearing requirements, we will use high-strength aluminum alloy lean tubes. So what is high-strength aluminum alloy lean tube? Where is it?

How many specifications are there for the 3rd generation lean management? SUNQIT manufacturers have a total of 17 standardized lean tube specifications, including basic aluminum tube, yellow basic aluminum tube, T-shaped groove aluminum tube, reinforced aluminum tube, single-sided aluminum tube, double-sided aluminum tube, double basic aluminum tube, thin-walled basic aluminum tube, double basic aluminum tube B, roller shaft circular aluminum tube, roller shaft waveform aluminum tube, clamp groove aluminum tube, T-shaped groove aluminum tube, electric batch aluminum tube, lean aluminum profile, T-shaped groove lean aluminum profile, and so on.

Third generation lean pipes and aluminum profiles are both materials used in our production and manufacturing. If I want to make a workbench, should I use third generation lean pipes or aluminum profiles? Next, SUNQIT will explain in detail to everyone!

What is the function of the third-generation lean tube T-shaped groove tube? The following picture shows a T-groove tube that is commonly encountered in third-generation lean pipes. SUNQIT refers to it as a "T-groove aluminum tube". This type of aluminum tube has a 10mm opening and can be fitted with a T-shaped slider for installing casters or other functional parts that match the T-shaped slider. The groove can be used as a positioning tool for the roller track.

The advantages of lean aluminum alloy pipes mainly include long service life, light weight, easy construction and maintenance, customizable, environmentally friendly and non-toxic, and strong load-bearing capacity.

Today is the ninth day of the first lunar month, and the joy of the Chinese New Year has not yet dissipated. We are full of passion and officially embark on a new journey of struggle for SUNQIT Company in 2025!

There are many types of pipes on the market. Today, Sunqit will explain lean pipes and galvanized pipes to you. In fact, there are significant differences in the materials and uses of these two types of pipes. So, which is better, lean pipes or galvanized pipes? The key is what it is used for.

Lean pipe fittings, also known as lean pipe connectors, have a wide variety of fixed parts and joint models. Here, the editor will share with you the models of third-generation aluminum alloy lean pipes. Next time, we will give you an overview of the first and second generations. For example, Sunqit has hundreds of aluminum lean pipe joint models.

Aluminum profile lean pipe, also known as aluminum alloy lean pipe, is made of aluminum alloy die-casting material. The standard lean pipe is a cross dovetail groove, with sizes of 28mm and 43mm in the industry, and 19mm abroad. Like the first generation wire rod and the second generation stainless steel lean pipe, they are all building materials for lean equipment.

Lean pipe connectors are fittings that connect lean pipes together, also known as lean pipe fittings, playing a locking role at various angles. So, what is the size of the lean pipe connector? It depends on which material it is. Today, we will explain its dimensions from two types of connectors.