Pure Titanium I Section

GR2 pure titanium is the most widely used and balanced main grade of industrial pure titanium, providing a stable and reliable performance base for profiles:

Excellent plasticity: The molding performance is better than GR1, suitable for complex structures and precision machining needs.

Strong and tough balance: moderate hardness, excellent toughness, stable and reliable mechanical properties.

Native metallic texture: Maintains the true color of pure titanium, no need to paint, beautiful and durable.

Lightweight and high strength: low density and high specific strength, significantly reducing the weight of the structure and improving equipment efficiency.

High temperature resistance, strong corrosion resistance: stable performance and long service life under extreme working conditions such as ocean, humid heat, high and low temperature.

Qin Hao pure titanium steel strictly implements the standard quality control system, from raw materials warehousing to finished product delivery, each process is strictly controlled:

It is processed by composite processing of cold-rolled GR2 plate (thickness 2.0mm) and hot-rolled GR2 plate (thickness 4.0mm).

The welding cold welding process is used to ensure that the weld is firm and the heat-affected zone is small, and the substrate performance is maintained.

Quality control throughout the process ensures that each product is accurate in size and has no surface defects.

Aerospace

It is used for key support components such as aircraft fuselage and wings, and is a key lightweight material for modern aviation manufacturing by virtue of its lightweight and high strength characteristics, improving structural stability, flight safety and fuel efficiency.

Marine & Marine Engineering

Relying on its excellent resistance to seawater corrosion and aging in the marine environment, it is widely used in hull frames, cabin supports, deck components, etc., which greatly extends the service life of equipment and reduces maintenance costs.

The use of I-beams is simple and efficient, to ensure construction safety and structural stability, please follow the following steps:

Pre-construction inspection: carefully check the surface and size of the steel to eliminate defective products.

Connection method: Commonly welding or bolting is commonly used to firmly connect the I-beam in the structural frame. Appropriate titanium welding process should be used during welding to avoid pollution; Titanium or stainless steel fasteners should be used for bolted connections.

Lifting of large components: For large or heavy I-beams, professional lifting tools must be used to accurately position them to prevent deformation or damage.