GLL ADC12 aluminum alloy water pump
Our GLL ADC12 aluminum alloy water pump has lightweight design, efficient thermal management and high reliability. It not only meets the upgrade needs of traditional fuel vehicles, but also provides key support for new energy power systems. It is becoming the preferred solution for OEMs and the aftermarket. Our GLL water pump adopts […]
GLL galvanized internal corner board for construction
GLL galvanized inner angle plate uses high-quality low-carbon steel plate as the base material, and the surface is covered with a uniform and dense zinc layer. This process gives the product three core advantages: Excellent corrosion resistance： GLL unique zinc layer forms a physical barrier in harsh environments such as humidity, acid and […]
GLL Aluminum Die Casting Housing for LED Lamp Light
Our GLL LED Lamp Light Housing uses ADC12/A380 aluminum alloy, whose thermal conductivity reaches 90-120W/m·K, far exceeding the 2-5W/m·K of plastic materials, and is comparable to zinc alloy (110-130W/m·K) but at a lower cost. Combined with high-pressure die-casting technology, the lampshade surface can be integrally formed with a complex heat dissipation fin structure. […]
GLL Aluminum Die Casting Chassis Parts
Our GLL Chassis Parts has achieved a double breakthrough in strength and corrosion resistance through the exclusive aluminum alloy material formula developed. The precisely blended trace elements such as copper (Cu), magnesium (Mg), and manganese (Mn) in its formula make the material tensile strength reach more than 280MPa, the yield strength exceed 220MPa, […]
GLL Q195 Galvanized Scaffolding Climb Step Ladder
Our GLL Scaffolding Climb Step Ladder is made of Q195 low-carbon steel and is treated with hot-dip galvanizing. The surface zinc layer thickness is ≥80μm. It has excellent tensile strength (≥375MPa) and corrosion resistance. It can maintain structural stability even in high humidity and saline-alkali environments, and its service life far exceeds that […]
GLL Scaffolding Locking Caster Wheel
Our GLL scaffolding casters adapt a 1-1/4-inch square shaft design. The square shaft structure provides a more stable connection performance, and its torsion resistance is increased by 30% compared to traditional round shafts, effectively preventing loosening problems during long-term use. GLL scaffolding casters with a 360° rotating bracket, the equipment can be flexibly […]
GLL Hot Dipped Galvanized Scaffolding Band and Plate
Our GLL Scaffolding Band and Plate has broken through the technical bottleneck of traditional hot-dip galvanizing through process upgrades: Density of coating: The molten zinc liquid infiltration process is used to ensure that the zinc-iron alloy layer evenly covers the steel surface, and a complete protective layer can be formed even in depressions […]
GLL H Frame Scaffolding Joint Pin
Our GLL H-frame connection pin is specially designed for H-shaped scaffolding nodes. Its structure is optimized by engineering mechanics, made of high-strength alloy steel or stainless steel, and the surface is hot-dip galvanized or epoxy coated. It has the following technical advantages: Self-locking wedge structure : The head of GLL pin adopts a […]
GLL aluminum tube bracket
Our GLL aluminum tubing support system is engineered with advanced high-strength aluminum alloys (including 6061-T6 and 7075 series), delivering a remarkable 40%-60% weight reduction compared to conventional steel structures while preserving exceptional tensile strength (≥290MPa) and superior corrosion resistance. Through precision anodizing treatment, the aluminum alloy surface achieves enhanced abrasion resistance and climate […]
GLL Q235 Steel Cuplock System
Our GLL Q235 Steel Cuplock System Scaffold adopts modular design, with Q235 low-carbon steel as the main material, combined with self-locking cup connection nodes, to achieve rapid construction and multi-dimensional adjustment. The main design features of our GLL scaffolding cuplock system include: Modular design: Standardized components are easy to transport, store and reuse, […]
