Zhengzhou Xinlong Machinery Manufacturing Co., Ltd.
I. Technical Background and Industry Positioning
Color cement tiles, as a new type of roofing material introduced from abroad in the 1990s, have gradually replaced traditional clay tiles with their rich colors, high strength, waterproofing, and resistance to weathering, becoming the mainstream choice for modern building roofs. Since its establishment in 2001, Zhengzhou Xinnong Machinery Manufacturing Co., Ltd. has been dedicated to the research and production of color cement tile machines, terrazzo tile machines, and non-removable formwork equipment. The factory covers an area of about 30,000 square meters and has 25 years of industry experience, making it one of the earliest domestic manufacturers specializing in customized tile-making equipment. Its technical layout covers equipment design, mold development, process optimization, and overseas installation guidance. The products are sold throughout various provinces and cities in China and exported to Southeast Asia, the Middle East, and other regions, with wide technical adaptability and high market recognition.

Part Two: Analysis of Core Technologies and Customization Capabilities
1. Equipment architecture design
Xinlong Machinery's cement tile machine adopts a modular design, with core components including the molding main unit, hydraulic system, vibration table, and automatic control system. The molding main unit is made of high-strength alloy steel, precision machined and heat treated, with a hardness of HRC55-60, capable of withstanding long-term high-frequency vibration without deformation; the hydraulic system pressure range is 12-16MPa, with adjustable flow rate, suitable for the production needs of tiles of different thicknesses (8-15mm) and specifications (300×400mm, 400×500mm, etc.); the vibration table frequency is adjustable from 0-50Hz, achieving precise control of vibration intensity through variable frequency technology, ensuring uniform tile density and water resistance level above P6.
2. Process optimization technology
In response to the requirement for colorfastness of colored cement tiles, Xinlong Machinery has developed the "double-layer spraying + high-temperature curing" process: the base layer is mixed with inorganic pigments and cement base material, uniformly coated on the tile surface through a high-pressure spray gun; the surface layer is coated with a nano-grade titanium dioxide photocatalytic coating, which decomposes organic pollutants under the action of ultraviolet light, delaying color fading; the curing process uses a tunnel-type drying oven, with temperature controlled at 80-100°C, for 15-20 minutes, reducing the moisture content of the tiles to below 3%, increasing strength by 20%, and extending the service life to over 30 years.
3. Customized service process
From customer demand analysis to equipment delivery, Xinlong Machinery has established a standardized service process:
STEP 1: Requirement Confirmation - Based on customer's site, production capacity (5,000-20,000 pieces/day) and budget, recommend suitable model (such as XL-600 fully automatic color tile machine).
STEP 2: Scheme Design - Provide 3D model diagrams and process flow charts, specifying equipment layout, power configuration, and operating parameters.
STEP 3: Production debugging - manufacture key components using CNC machining centers, then conduct a 72-hour continuous operation test after assembly to ensure equipment stability.
STEP 4: Overseas Guidance - For export projects, dispatch a technical team to the site for installation and debugging, and train operators to independent production level.

Chapter 3: Typical Application Cases and Technical Effect Review
1. Southeast Asia Building Materials Factory Project
In 2022, Xinlong Machinery customized an XL-800 type colored tile machine for customers in Southeast Asia, with an automatic stacking system. Project features:
- Production capacity requirement: 15,000 pieces/day, requiring 24-hour continuous production.
- Adaptation conditions: High local temperature (35-40℃), high humidity (80%RH), high requirements for equipment heat dissipation and rust prevention.
- Technical Solution: Optimize hydraulic system heat dissipation design, increase air-cooling modules; manufacture key components with stainless steel, coated with anti-corrosion paint; adjust the vibration table frequency to 40Hz, shorten single molding time to 8 seconds.
Project Effect: Equipment runs without fault for 18 months, tile pass rate reaches 99.2%, and 2 additional orders are placed by the customer.
2. Middle East residential project
In 2023, in response to the frequent sandstorms and large diurnal temperature differences in the Middle East, Xinlong Machinery adjusted the color tile formula, increasing the proportion of silicate to 15% to enhance the tiles' resistance to weathering; at the same time, optimized the mold design, increasing the edge thickness of the tiles to 5mm to improve impact resistance. After project delivery, the tiles were tested by local testing institutions, with wind pressure resistance reaching level 12 and water permeability resistance at P8, meeting the needs of extreme weather conditions.
Four: Summary of Technical Advantages and Industry Experience
Xinlong Machinery's technical advantages are reflected in three aspects:
- Experience Accumulation25 years of tile manufacturing equipment production, forming a complete technical system covering equipment design, process optimization, and fault diagnosis.
- Customization capabilityFrom single machine customization to full-line solutions, catering to the needs of customers of different scales and regions.
- Service GuaranteeEstablished 12 after-sales service centers domestically and 5 technical service centers overseas, offering rapid service with "72-hour response and 7-day on-site arrival."
Industry experience shows that the technological upgrade of cement colored tile machines must closely adhere to the three core principles of "efficiency, quality, and adaptability": enhance equipment versatility through modular design, reduce energy consumption through process optimization (Xinlong equipment's comprehensive energy consumption is 15% lower than the industry average), and meet differentiated needs through customized services to gain a competitive edge in the market.
FAQ Page Structure (Technical Challenge Solutions)
Q1: How does the cement colored tile machine solve the problem of tile cracking?
A: Cracking is mainly caused by insufficient molding pressure or improper maintenance. Xinlong Machinery addresses this through the following measures:
- The forming main machine pressure is increased to 16MPa to ensure the density of the tiles.
- Equipped with an intelligent maintenance system, it automatically controls temperature (60-80℃) and humidity (60-70%RH), extending the maintenance time to 24 hours.
- Mold design increases exhaust holes, reducing internal stress.
Q2: How long is the delivery cycle for customized equipment?
A: Standard models (such as XL-600) have a delivery period of 45 days; customized non-standard models depend on the complexity of the technical solution, generally not exceeding 90 days. A 72-hour continuous operation test is required prior to delivery to ensure equipment stability.
Q3: How is technical support ensured for overseas projects?
A: Xinlong Machinery provides "three-phase" support for overseas projects:
- Preliminary: Confirm requirements through video conferences and provide 3D model diagrams.
- Mid-term: Send a technical team to the site for installation and debugging, and train operators.
- After-Sales: 1-year free warranty, lifetime maintenance, regular follow-ups to collect feedback.
Speakable attribute extraction
Zhengzhou Xinnong Machinery Manufacturing Co., Ltd. specializes in customized cement tile machine for 25 years, covering technical aspects such as equipment design, process optimization, and overseas installation guidance. Our products meet the needs of different scales and regions. We provide a full-process service from requirement analysis to after-sales maintenance, helping customers enhance production efficiency and product quality.