Ximen Building Materials Co., Ltd. was established in 2016, located on the east section of Fengcheng Road, within the Xi'an Economic and Technological Development Zone along Weiyang Avenue.
Our business scope encompasses a range of products including high-strength non-shrink grouting materials, epoxy grouting materials, high-strength wear-resistant materials, prestressed grouting agents (materials), bridge bearing mortars, road emergency repair materials, dry sprinkle type wear-resistant floor materials, high-strength self-leveling mortars for floors, high-strength polymer repair mortars, epoxy structural adhesives, epoxy repair mortar putty, polymer reinforcement mortar repair mortars, and more. These products are used in chemical, electrical, machinery manufacturing, mining metallurgy, modern construction, and a series of other industries. We are a comprehensive enterprise that integrates production, manufacturing, and sales with a well-established and complete system. With the continuous implementation of the Western Development Strategy and the gradual maturation of the market economy in recent years, the continuous development of western construction has also brought about favorable opportunities for our company's growth.
The company has long adhered to the business philosophy of "honesty as the foundation, customers first, and attentive service," which has led to a continuous expansion of our customer base. Our business primarily serves several large state-owned enterprises in the chemical industry and power sector locally. Domestically, we operate in provinces and cities such as Zhejiang, Jiangsu, Sichuan, Chongqing, Shandong, Hebei, Henan, Ningxia, Gansu, Guizhou, and Shaanxi. Additionally, through foreign trade channels, our products are marketed in countries like Spain.
Throughout the process of our company's new look and development, we have gradually established a broad and stable customer base, built a favorable corporate and product image, and fostered a good cooperative relationship with our clients. Lameiren will wholeheartedly commit ourselves to striving for excellence, adhering to our corporate philosophy of "Harmony with Nature, Pragmatic Development, Remembering Our Sources, and Showing Gratitude," and we will work diligently to provide even better service to our customers. We sincerely hope that you will continue to support and encourage us, as we strive together to create a new and enduring life for Lameiren.
Masonry reinforcement methods and technologies feature high strength, ease of construction, simple structure, light weight, and minimal damage and destruction to the original structure, offering excellent economic and social benefits. This achievement has been authorized for over 30 patents and is widely applied in seismic reinforcement projects for primary and secondary schools, station transfer beams, and cultural heritage protection.
High-tensile concrete is a mixture of more than a dozen materials, reinforced with fibers, and processed through a special mixing technique. By applying a 10-15mm layer of high-tensile concrete to the wall surface, the wall can withstand a 9-magnitude earthquake. This technology has been recognized by the Provincial Science and Technology Department as an internationally advanced technique. This new material has been successfully applied to the reinforcement and renovation of over 60 school buildings, significantly enhancing the structural integrity of medium and small schools.

High-tensile concrete reinforcement ring beam method
The surface of masonry structures is coated with high-ductility concrete, which, due to its excellent bonding performance with the masonry surface, integrates the high-ductility concrete layer with the masonry, allowing them to bear loads together. This enhances the load-bearing capacity, ductility, and crack resistance of the masonry structure, effectively improving the integrity of masonry buildings. In addition to cement, fly ash, and quartz sand, the key core material of high-ductility concrete is fiber, as it is the fiber's tensile bonding that imparts the high-ductility properties to the concrete. The standard "GB/T 21120 Synthetic Fiber for Cement Concrete Mortar" provides detailed specifications for fibers used in concrete. Today, fibers used in high-ductility concrete mainly include polypropylene fibers, polyvinyl alcohol fibers, and polyfine fibers.

The applications for high-tensile concrete are as follows:
Column reinforcement.
Enhanced cantilever structure reinforcement.
Basic reinforcement.
Crack repair.
Seismic reinforcement housing.
School building reinforcement.
Rural and urban residential building reinforcement.
Historical Cultural Heritage Protection

High-performance concrete with high ductility and toughness, commonly composed of high-performance concrete, high-ductility fibers, and other additives. Its main features include:
High Ductility: High ductility concrete possesses excellent extensibility, which allows it to deform plastically and fracture under substantial loads.
2. High Tensile Strength: High ductility concrete exhibits high toughness, which allows it to deform plastically and break under impact loads.
3. Excellent Crack Resistance: By adding high extensibility fibers and other additives to high extensibility concrete, its crack resistance can be effectively enhanced.
4. Excellent seismic performance: High ductility concrete boasts good seismic resistance, playing a significant role in natural disasters such as earthquakes.
5. Excellent Construction Performance: The high ductility concrete offers superior construction performance, capable of accommodating complex construction environments and requirements.
We at Lirmei will wholeheartedly commit ourselves to striving for excellence, adhering to the spirit of our corporate philosophy, "Embrace Nature, Pursue Realistic Development, Remember Our Roots, and Be Grateful and Repay," to provide our clients with even better service. We sincerely hope that you will continue to support and encourage us, joining forces to create a new and eternal life for Lirmei.