高频共振破碎机是指根据共振原理，使水泥混凝土路面和高频共振破碎机产生共振现象，将水泥混凝土路面破碎成上层相互配合、下层相互配合的水泥混凝土碎石粒料层的技术。碎石的形状相邻互补，粒径小，形成相互配合挤压的稳定结构，高频共振破碎机了原水泥混凝土路面板在裂缝、接缝处的水平和垂直位移，了原板裂缝向上反射的应力，该层强度和刚度为级配碎石哦同时对旧公路基础的影响也很小，是目前水泥混凝土路面铺装易出现反射裂缝问题的有效途径。 共鸣碎石是一种老水泥混凝土路面的破碎技术，主要由共鸣锤头破碎混凝土道路、加固稳定的共碎石化结构、准确设计路面铺装三个主要部分组成

High frequency resonance crusher refers to the technology that, based on the principle of resonance, causes resonance between the cement concrete pavement and the high-frequency resonance crusher, and breaks the cement concrete pavement into a layer of cement concrete crushed stone particles with upper and lower layers cooperating with each other. The shapes of the crushed stones are adjacent and complementary, with small particle sizes, forming a stable structure that cooperates and compresses with each other. The high-frequency resonance crusher solves the horizontal and vertical displacement of the original cement concrete pavement panel at cracks and joints, eliminating the stress reflected upwards by the original slab cracks. The strength and stiffness of this layer are graded crushed stones, and the impact on the old highway foundation is also minimal, It is an effective way to solve the problem of reflection cracks that are prone to occur in the current cement concrete pavement pavement. Resonant crushed stone is a crushing technology for old cement concrete pavement, mainly composed of three main parts: resonant hammer crushing concrete pavement, reinforced and stable eutectic petrochemical structure, and accurate design of pavement paving

高频共振破碎机是谐振碎石化技术的专用设备。 该设备独特的谐振技术可以持续产生高频低振幅能量，从破碎锤头传递到水泥混凝土板产生振动谐波，振动锤头在高频低振动下进行小能量破碎，路面层内产生均匀裂缝，随着振动迅速规律共振破碎的破碎方式优于破碎和破碎。 高频共振破碎机利用振动体探测工作锤，通过锤与路面接触，使锤的振动频率接近混凝土面板的固有振动频率，使混凝土面板在锤下的局部范围内谐振，迅速减小混凝土内部颗粒之间的内摩擦阻力，使其坍塌水泥面板的固有振动频率根据材质和厚度的不同，频率范围约在40-70Hz之间。

High frequency resonance crusher is a specialized equipment for resonance crushing petrochemical technology. The unique resonance technology of this device can continuously generate high-frequency and low amplitude energy, which is transmitted from the crushing hammer to the cement concrete slab to generate vibration harmonics. The vibrating hammer performs small energy crushing under high-frequency and low vibration, producing uniform cracks in the pavement layer. With the rapid and regular vibration, the resonance crushing method is superior to crushing and crushing. The high-frequency resonance crusher uses a vibrating body to detect the working hammer. By contacting the hammer with the road surface, the vibration frequency of the hammer is close to the natural vibration frequency of the concrete panel, causing the concrete panel to resonate locally under the hammer, rapidly reducing the internal friction resistance between particles inside the concrete, and causing the natural vibration frequency of the collapsed cement panel to vary depending on the material and thickness, with a frequency range of approximately 40-70Hz.

高频共振破碎机工作参数工作频率：40-70Hz工作振幅：10-20mm破碎厚度：单层水泥板全深度(目前实践的深度为40cm ) (工作效率33602000-3000-3000 每天整车尺寸： 8000mm*2800mm* 3100mm整车质量： 35吨的计算机自动调整频率，自动变力，从而控制石头尺寸和破裂程度高频共振破碎机的独特优势GP60可以全断面多方面破碎，破碎路边，不留棱角，无需其他配套设备破碎; GP60的标准频率可达70Hz或更高，能适应不同路况下的水泥板频率，破碎效果好。 其效果主要是上表面层破碎厚度均匀、密实，易于逐板粘结，下层裂纹更充分、更致密; 故障率低，比同类设备提高20%生产率。

Working parameters of high-frequency resonance crusher Working frequency: 40-70Hz Working amplitude: 10-20mm Crushing thickness: Full depth of single-layer cement board (currently practiced depth is 40cm) (Work efficiency 33602000-3000-3000 per day. Vehicle size: 8000mm * 2800mm * 3100mm. Vehicle weight: 35 tons. The computer automatically adjusts the frequency and changes the force to control the size and degree of stone fracture. The unique advantage of the high-frequency resonance crusher is that GP60 can break the entire section in multiple ways, leaving no edges or corners, and no other supporting equipment is needed to break it. The standard frequency of GP60 can reach 70Hz or higher, which can adapt to cement boards under different road conditions.) Frequency and good crushing effect. The main effect is that the upper surface layer has a uniform and dense crushing thickness, which is easy to bond plate by plate, and the cracks in the lower layer are more abundant and dense; Low failure rate, increased productivity by 20% compared to similar equipment.