How to Select a Suitable Vacuum Pump for Sewage Suction Trucks

This article focuses on guiding customers to choose a proper vacuum pump for sewage suction trucks. It first points out the after - sales problems in the special - purpose vehicle industry. Then it introduces the XD series single - stage multi - vane vacuum pumps, which combine advanced technologies and materials. The article provides performance parameters of each model to help customers make the right choice. Moreover, it emphasizes the company's commitment to after - sales service and providing superstructure spare parts.

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How to maintain a compression garbage truck ？

This article mainly introduces how to maintain a compression garbage truck. It includes aspects such as referring to the chassis instructions for chassis and engine part maintenance, checking the hydraulic oil tank oil level daily, using appropriate hydraulic oil according to temperature, replacing hydraulic oil and filter elements regularly, replacing high-pressure hoses regularly, frequently checking the hydraulic system for oil leakage and cleaning, regularly lubricating relevant parts, handling oil cylinder issues, and regularly checking the working pressure of the hydraulic system and adjusting it when necessary.

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Milk Tanker Trucks

Milk tanker trucks, also called fresh milk tanker trucks, are specialized vehicles crucial for transporting fresh liquid milk from ranches to processing plants. Given fresh milk's liquid, perishable nature, prone to sedimentation and spoilage, these trucks need to meet high - standard requirements. The tank body has a three - layer structure: an inner lining of food - grade 304 stainless steel, a middle 80 - mm thick polyurethane foam thermal insulation layer, and an outer 2 - mm thick 304L stainless steel protective layer. Each compartment is equipped with a CIP system for easy cleaning. Optional features like refrigeration units, rock wool insulation, and stainless - steel pumps with suction functions are available. Their proper design and functionality ensure the safe transportation of fresh milk by controlling temperature and maintaining hygiene, playing a vital role in the dairy supply chain.

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High – efficiency Cooperation with Mexican Customers: Wrecker Truck Superstructure Assemblies Highly Recognized

On February 18, 2025, the Mexican customer provided positive feedback after receiving six sets of wrecker truck superstructure assemblies supplied by us. In the early stage of cooperation, the customer only provided a simple chassis drawing. Relying on their experience and technical expertise, our designers designed and produced the assemblies according to the requirements, enabling the customer to install them directly after purchase. The automotive market in Mexico is mature, and the demand for wrecker trucks is on the rise. This cooperation has won the customer's recognition with the product quality and customized services. It not only supports the customer's road rescue business but also lays a solid foundation for us to explore the Mexican market. Moreover, it sets an example for future cooperation in multiple fields. In the future, we will continue to enhance our services to contribute to the development of the industry.

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Illustrated Diagram of Pickup Truck Towing System Installation Method

Remove the rear cargo box and spare tyre equipment. Welding and reinforce the inner side of the vehicle’s rear axle with steel spring plates Weld and fix the double cross beam bracket of the rear tow arm in the exact center of the rear axle. The position of the second cross beam is on the center of the rear wheel. The lengths of the two cross beams can be cut according to the actual installation size. Pay attention to making it horizontal when welding. Lift the rear end of the towing arm to the highest point off the ground. (lf the reinforced transverse beam at the rear end of the rear axle blocks the lifting cylinder, a U-shaped notch needs to be cut.) After adjusting the size of the place marked in red on the rear tow arm, weld and reinforce it. 6.The inclination angle of the articulated disc of the rear tow beam can be adjusted. (When adjusting, make it horizontal and then weld and reinforce it. 7.After opening a hole in the front left or right of the cargo box (according to the size of the control box) or put it in the cabin, install and fix the...

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Main Structure Schematic Diagram of Heavy – duty Towing and Lifting Integrated / Rotary Boom Type Wrecker

Main Structure Schematic Diagram of Heavy – duty Towing and Lifting Integrated / Rotary Boom Type Wrecker   Only the classification of medium – and heavy – duty wreckers according to the conventional configurations of the upper body is introduced here. Based on the functions of the upper – body configurations of wreckers, their structures can be divided into two major categories: the integrated towing and lifting type and the rotary boom type.   Main Structure Schematic Diagram of Wreckers (1) Non – rotary Crane Type:   1.Cab2.Warning lights,light brackets, clearance lights (including indoor alarm control device)3.Vehicle body4.Winch5.Steel cable6.Boom7.Hydraulic cylinder 8.Lifting and supporting device9.Hook10.Outriggers11.Operation panel12.Multi – way valve and hydraulic system13.Fuel tank14.Toolbox and accessories15.Oil pump16.Power take – off (PTO)17.PTO operation switch18.Counterweight block19.Cable – guiding device 20.Pneumatic – electrical interface   (2)、Rotary Crane Type:         1.Cab; 2.Warning lights and their mounts, 2.clearance lights (including the indoor alarm control device); 3.Winch – equipped vehicle body; 4.Steel cable; 5.Boom; 6.Hydraulic cylinder; 7.Boom bracket; 8.Rope – guiding device; 9.Hook; 10.Lifting and supporting device; 11.Pneumatic – electrical interface; 12.Rear operation panel; 13.Rear outriggers;14. Main operation panel; 15.Multichannel valve and hydraulic system; 16.Fuel tank; 17.Boom slewing device; 18.19.Accessories like tow forks and brackets;20.21. Wireless and wired...

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