Construction & Real Estate

1. Hard coatedlow-e glass Hard coated low-e glass also called on-line low-e glass, is using CVD (chemical vapour deposition) technology put the film coated on the surface of the glass when the glass produced from the float line. Because the film layer is stable, the coated glass can be transported and processed same as normal glass. At the same time, hard low-e glass also has the effect of energy saving, the thermal radiation rate of normal glass is 0.84, the thermal reflectivity is 0.16, the thermal radiation rate of hard low-e glass is 0.17, and the thermal reflectivity is 0.83. Main application areas: doors and Windows, home appliances, such as microwave oven, refrigerator, fresh-keeping cabinet etc. Thickness of the hard low-e glass is from 3mm-12mm. Normal size 2134x3300mm,2440x3300mm,5000x3300. 2. Soft coated low-e glass Soft coated low-e glass also called off-line low-e glass, is using MSVD technology to coat silver film and other metallic compounds on fresh float glass. Longyang glass can provide a wide variety of coated glass according to different regions and different needs, such as high light transmittance (over 80%) with low U-value (1.1), lower light transmittance with low U-value. Thickness is from 3mm to 12mm, size is normal size and jumbo size.

Minimum Order: 100

Low iron glass (also called ultra/extra clear glass ) is with high light transmittance more than 91%, and also has super physical, mechanical and optical characteristics. Low iron glass is widely used in architectural , greenhouse, furniture, solar panel, etc. Thickness is from 2mm-25mm, size is according to your request, and also we can offer jumbo size such as 3300x12000mm.

Minimum Order: 100

1.R&D Innovation: The company prioritizes research and development, leveraging years of industry experience and the expertise of its technical team. Through extensive process experimentation, it has broken through the limitations of traditional products, developing a variety of VIP (Vacuum Insulation Panel) forms to meet customized customer needs. 2. Eco-Friendly Materials: VIP panels use high-performance glass fibers or fumed silica as the primary materials, ensuring the products are environmentally friendly, non-toxic, pollution-free, and non-combustible, meeting modern environmental and safety standards. 3. Exceptional Performance: Utilizing vacuum encapsulation technology, VIP panels effectively reduce heat conduction, convection, and radiation, significantly minimizing heat transfer and featuring an extremely low thermal conductivity coefficient. Additionally, the products are lightweight, facilitating easy installation and use.

Wide-Temperature Range Vacuum Insulation Panels (Metal Vacuum Insulation Panels, M-VIP) are high-performance insulation materials designed for extreme temperature environments. They offer exceptional thermal insulation performance across a broad temperature range from -196°C to 800°C. By combining vacuum technology with metal barrier layers, the product achieves an extremely low thermal conductivity and excellent compressive strength. It is widely used in aerospace, new energy, household appliances, and industrial equipment. Product Features 1. Wide Temperature Range Applicability ▪ Suitable for a wide temperature range from ultra-low -196°C to high 800°C, meeting insulation requirements in extreme environments. 2. Long Service Life ▪ Service life of up to 50 years, with outstanding durability and stability. 3. High Compressive Strength ▪ Compressive strength ≥ 0.5 MPa, capable of withstanding significant external pressure, suitable for various complex working conditions. 4. Ultra-Low Thermal Conductivity ▪ Thermal conductivity ≤ 0.002 W/(m·K), providing excellent insulation performance and effectively reducing energy loss.

Fumed Silica Vacuum Insulation Panels (VIP) are high-performance thermal insulation materials primarily composed of fumed silica as the core material. With excellent thermal insulation properties, lightweight and thin design, and fire resistance, this material has broad application prospects in fields such as construction, cold chain logistics, HVAC (heating, ventilation, and air conditioning), and more. It is a key material for energy saving, emission reduction, and green building initiatives. Material Characteristics 1. Low Thermal Conductivity ▪ The fumed silica core material exhibits extremely low thermal conductivity, effectively reducing heat transfer and enhancing insulation performance. ▪ The high vacuum level of the VIP further minimizes heat conduction and convection, making its insulation performance superior to traditional insulation materials. 2. Lightweight and Thin Design ▪ Fumed Silica VIP panels are thin and lightweight, making them suitable for applications with strict space and weight requirements, such as building walls and cold chain equipment. 3. Long Lifespan and Stability ▪ Low sensitivity to external pressure ensures a long service life and resistance to environmental temperature fluctuations. ▪ Excellent sealing properties prevent moisture and air infiltration, reducing issues related to thermal expansion and contraction.

Four-Sided Sealed Shell VIP is a groundbreaking innovation designed to completely address common issues such as air leakage and expansion in traditional bag-type vacuum insulation panels (VIP). With exceptional barrier properties, aging resistance, and puncture resistance, this product offers unparalleled protection for vacuum insulation panels. Product Structure Four-Sided Sealed Shell VIP features a novel shell-type, four-side-sealed vacuum insulation panel structure, composed of a rigid base shell and high- barrier film. The rigid base shell is formed through hot stamping, with controlled corner deformation and a highly regulated manufacturing process. The sealing edge is formed on one side of the product, ensuring a regular and flat appearance. The product can be pre-designed with slots, holes, and other customizations, with dimensions tailored to the VIP core material, eliminating the issue of uneven edges found in traditional bag-type VIPs.

• Performance Advantages: Vacuum insulation panels are ultra-thin, high- performance thermal insulation materials with insulation efficiency up to 20 times higher than conventional materials. • Applications: Suitable for household appliances, temperature-controlled packaging, cold chain transportation systems, and any other applications requiring reduced thermal energy transfer losses, offering energy efficiency and space savings. • Environmental Features: A green and eco-friendly material that does not release ODS (ozone-depleting substances) or HCFs (hydrofluorocarbons) during production and use. The core material complies with EU RoHS and REACH standards and is recyclable. Product Structure The core structure of vacuum insulation panels consists of the following three components: • Core Material: 1. Made of glass fibers with a diameter of 6-11 microns, compliant with EU REACH and RoHS environmental standards. 2. Safer and more environmentally friendly compared to the potentially carcinogenic core materials used by many manufacturers. • Barrier Film: 1) Independently developed and produced, with an ultra-long lifespan of 15 years. 2) High barrier performance, no thermal bridging effect, ensuring stable insulation performance. 3) Superior to the 2-3 year lifespan of food-grade barrier films used by some manufacturers. • Adsorption Material: 1) Incorporates proprietary patented getters and desiccants to ensure stable performance and extend the service life of the vacuum insulation panels. 2) Most manufacturers do not use adsorption materials, resulting in unstable performance and shorter lifespans.

Introducing our state-of-the-art tracked excavator, a marvel of engineering and performance that sets new standards in the industry. Powered by an authentic Kubota engine, renowned for its reliability and efficiency, this machine is designed to deliver unparalleled performance and durability. Rated Power： 18.2(kw) Bucket Capacity： 0.12(M3) Operating Weight 3.8ton

Minimum Order: 1 bags

Lever type working principle makes it with simple structure, flexible movement, safe and reliableduring the lifting. Locked by the self weight of the load, open and shut the jaw by the winding control system. Suitable for lifting multilayer slab, which could be used in impending operation. Custom design is available.

Minimum Order: 1 bags

The ledger end and brace end, main producing process is lost wax casting steel. Weight from 0.36 KGS to 0.8 KGS. Usually surface treatment is black. It is together used with ringlock rosette and pin. Features Ring Lock System Scaffolding: Strong and Durable Quality Ease of Assembly and Use Versatile Design Safe and Reliable Withstand all construction needs Bear heavy load Flexible

Cuplock system components including top cup, bottom cup and blade. The hot forged blade is 220g or 250g, surface is black color. It is strong enough, allow big bearing capatiry and strong stability. It is easy to install and disassemble. NAME TOP CUP NAME BOTTOM CUP NAME BLADE WEIGHT 420-430G WEIGHT 190-200G WEIGHT 220/250G SURFACE BLACK SURFACE BLACK SURFACE BLACK

The fork head jack base is used together with steel prop. Its height is adjustable in order to make the height of beam flexible. Surface can be galvanized or black.   JACK BASE U HEAD (SOLID AND HOLLOW) TUBE DIAMETER 30/32/34/38MM, CUSTOMIZED THICKNESS 4 MM, CUSTOMIZED LENGTH 200-700MM, CUSTOMIZED BASE PLATE 120*120*50*4MM 120*120*50*5MM CUSTOMIZED   NUT 0.38-1.2KGS SURFACE ELECTRIC GALVANIZED Learn more about Table Formwork Accessory

Material: Casting Iron Weight: 450G/500G Size: 15/17MM Surface: Black or Galvanized Fomwork water stoppers (also called water barrier nuts) are used in water retaining structures. It is cast into the concrete wall between two separate tie bars/tie rods. After pouring, tie rods are removed, and the water barrier remains in situ. We can produce the water stopper according to your tie rod thread sizes and specifications.  Fomwork tie rod water stopper is a crucial component used in concrete construction to prevent water from penetrating through the tie rod holes in formwork systems. It is particularly important in structures exposed to water or moisture, such as basements, water tanks, retaining walls, and other subgrade or water-retaining structures. The water barrier nuts is used between two separate tie rods. When the tie rods are removed after the concrete poured, the water stopper is remained in the concrete to prevent water come into the wall. The surface can be black or galvanized, it depends on customers’ requirement. Meantime we can make new mould based on customers’ drawing. https://www.lhformwork.com/

Material: 45# Steel Q235 Steel Diameter: 15/17mm Weight: 1.5kgs/m Surface: Black or Electric-Galvanized Breaking Load: Above 140KN Formwork Cold Rolled Tie Rods used in concrete building. It is used together with tie nut to fasten the wall formwork. Producing process is cold rolled. The usual size is 10/12mm, 15/17mm and 20/22mm, length from 1 meters to 6 meters, depends on customers requirement.Its material are 45# steel and Q235 steel. Breaking load can be 140KN. Formwork Cold Rolled Tie Rods are specialized steel rods used in concrete formwork systems to secure formwork panels in place during the concrete pouring process. These rods are cold-formed, which means they undergo a rolling process at room temperature, resulting in a high-strength, smooth, and uniform surface finish. Cold rolled tie rods are widely used in construction projects that require high durability, precision, and strength.