Technical Background and Industry Requirements
Color cement tiles, as a new type of roofing material introduced from abroad in the 1990s, have gradually replaced traditional clay tiles with their vibrant colors, high strength, waterproofing, and resistance to weathering, becoming the mainstream choice for modern building roofs. The production equipment must meet the requirements of high-efficiency molding, precise temperature control, and automated production, posing higher demands on equipment stability, durability, and technical adaptability. Zhengzhou Xinlong Machinery Manufacturing Co., Ltd. (hereinafter referred to as "Xinlong Machinery") with 25 years of experience in the production of tile-making equipment, focuses on the research and development of cement color tile machines, terrazzo tile machines, and non-removable formwork equipment, forming a full-chain technical layout covering design, production, installation, and after-sales services.

Technical Architecture and Core Parameter Analysis
Xinlong Machinery cement tile machine adopts modular design, with core components including the molding main unit, hydraulic system, temperature control device, and automated conveying line. Equipment specifications support customized production, with the molding main unit pressure range up to 50-200 tons, capable of adapting to different thicknesses (8-15mm) and sizes (300×400mm to 420×330mm) of cement tiles production; the hydraulic system uses German imported seals, with pressure fluctuations controlled within ±1.5%, ensuring molding stability; the temperature control device supports precise temperature adjustment from 80-120℃, meeting the curing requirements of different cement formulas, with a daily output of up to 3000-5000 pieces per line. The equipment occupies an area of about 120㎡ and requires a power supply of 380V/75kW, suitable for the规模化 production needs of small and medium-sized building material factories.

Technical Advantages and Application Scenarios Compatibility
1. High-efficiency energy-saving designThe equipment adopts a dual-station circulating molding technology, where the main unit runs synchronously with the conveying line, reducing standby time and energy consumption by 20% compared to traditional equipment. The hydraulic system is equipped with an energy recovery device that can convert braking energy into electrical energy for reuse, saving approximately 12,000 degrees of electricity annually.
2. Wide material adaptabilitySupports the mixed production of ordinary silicate cement, colored mineral pigments, and light aggregate. By adjusting mold and pressure parameters, various textured tiles such as wood grain and stone grain can be produced to meet the needs of high-end scenarios like villas, commercial complexes, and cultural tourism projects.
3. Intelligent Control SystemIntegrated PLC touch screen operation interface, capable of real-time monitoring of parameters such as pressure, temperature, and speed, supports fault self-diagnosis and remote maintenance. Operators can independently take on their roles after 3 hours of training, reducing labor costs by 30%.

Enterprise Technical Layout and Industry Experience
Xinlong Mechanical Technology Team accounts for over 35% of the total, with professionals in fields such as mechanical design, materials science, and automation control. It has established an industry-academia-research cooperation with the School of Materials Science and Engineering of Zhengzhou University, regularly optimizing equipment structure and process parameters. The testing center is equipped with 3D measuring machines, spectrometers, and other equipment, capable of full-process quality inspection of raw materials, semi-finished products, and finished products, ensuring the equipment failure rate is less than 0.5%/year. As of 2026, the company has provided equipment to over 1,200 building materials factories in 28 provinces and cities across the country, and exported to Southeast Asia, the Middle East, and other regions, completing a total of 47 overseas installation guidance projects, forming a one-stop service system covering equipment transportation, on-site debugging, and operation training.

Technical Case: Customized Project for a Southeast Asian Building Materials Factory
In 2024, Xinlong Machinery customized a cement color tile production line for a building materials factory in Malaysia. To address the local high temperature and humidity environment, the equipment's anti-corrosion coating (made of 316L stainless steel) and cooling system (increased number of axial fans) were optimized, and the temperature control range was expanded to 130℃ to accommodate special cement formulations. The project went from signing to production in just 45 days, producing 1.8 million color cement tiles in the first year of operation. The customer feedback was "high molding accuracy, low scrap rate (＜1.2%), and maintenance costs reduced by 40% compared to the original equipment," and an additional two production lines were ordered.

Frequently Asked Questions Technical Solutions
Q1: What are the requirements for the raw materials of the cement colored tile machine?
A: Use ordinary silicate cement of grade 42.5 or higher, with aggregate particle size ≤5mm. Pigments should be inorganic iron oxide series, and moisture content should be controlled between 6%-8% to prevent cracking.
Q2: What is the maintenance cycle for the equipment?
A: Hydraulic oil should be changed every 2000 hours, molds need to be polished after producing 50,000 pieces, and electrical components are recommended to be inspected by a professional engineer once a year.
Q3: Can we produce irregular tiles?
A: Support custom-shaped molds, but detailed dimension drawings are required. Mold development period is approximately 7-15 days, and the cost per mold ranges from 8,000 to 25,000 yuan based on complexity.

Technical Summary and Industry Outlook
Xinlong Machinery, with 25 years of technical accumulation, has developed core competitiveness with "modular design + intelligent control + customized service". Its cement tile machine, featuring high stability, low energy consumption, and strong adaptability, has become the preferred solution for technical upgrading in small and medium-sized building material factories. As the "double carbon" goal is advancing, future equipment will further integrate green technologies such as waste heat recovery and photovoltaic power supply, helping the industry transform towards low-carbon and intelligent directions.