Remember that a hydraulic hammer is a technically complex product, the repair of which, if not used and maintained correctly, will cost you at least 1/3 of the cost of a new one.  Therefore, try to adhere to the operating and maintenance instructions as strictly as possible and the hydraulic hammer will serve you for a very long time. 

In beautiful Vancouver, we have an important customer for our hydraulic breaker hammers. The customer uses the machine for river dam repair work.

A hydraulic breaker, also known as a rock breaker or hydraulic hammer, is a powerful construction tool that operates using hydraulic power to break through tough materials like concrete, rock, asphalt, and more. This versatile equipment offers numerous advantages in various construction and demolition applications. Let's explore some of the key advantages of using a hydraulic breaker:

HeadingIntroductionDefinition of Hydraulic BreakerComponents of a Hydraulic BreakerWorking Principle of a Hydraulic BreakerTypes of Hydraulic BreakersApplications of Hydraulic BreakersAdvantages of Hydraulic BreakersFactors to Consider When Choosing a Hydraulic BreakerMaintenance Tips for Hydraulic

The construction industry is constantly evolving, and with it, the tools and equipment used on job sites are also improving. Among these tools, hydraulic hammers are essential for heavy demolition projects. They are powerful enough to break down large concrete structures, bedrock, shot and blasted rock, and other materials.

Using a hydraulic breaker when it's completely cold increases the risk of seal damage, leading to leaks. Moreover, without the protective film between the internal components, premature wear of the cylinder, piston, valve, and other parts can occur.

However, these powerful tools require careful handling and safety precautions. An experienced operator and spotter working in tandem can reduce the risk of injury or unwanted fissures during operation, and understanding how the machine works can prolong the lifespan of the breaker/hammer.

Hydraulic breakers are an essential tool for excavator operators, but many may not be aware of the role of nitrogen and how to charge it. In this article, we will discuss why hydraulic breakers need nitrogen, how much nitrogen should be added, and how to add it.

RAY offers a range of 16 hydraulic breaker models, from RHB40 to RHB215, suitable for excavators, skid steers, backhoe loaders, and other machinery weighing between 1 to 90 tons. The breakers are constructed with high-strength and wear-resistant steel plates.

RAY attachments is providing demolition contractors a line of six new, powerful hydraulic breaker attachments covering all mini excavators, skid-steer loaders and mini track loaders. The new RAY attachments breakers deliver powerful impact energy and are built to high quality standards with a simpli

The breaker is not durable, and the use and maintenance of the break-in period are critical. After the hydraulic breaker is shipped from the factory, it is generally stipulated that there is a running-in period of about 60 hours (some is called the running-in period), which is specified by the manuf

According to the type of power, the breakers can be divided into the following three types, namely: pure nitrogen type, pure hydraulic type and nitrogen hydraulic combined type. You can find out which type is used on your excavator according to the example below.图一 Nitrogen Type:Cut off the pressure