Hammer Iran

Vogiran anti-water hammer spring check valve PN16

The Vogiran anti-water hammer spring check valve PN16 is designed with a compact ductile iron GGG40 body, rated for a nominal pressure of 16 bar. It features a stainless steel spring-loaded disc mechanism that responds instantly to flow changes, closing smoothly to prevent water hammer effects. Internal components, including the disc, spring, and seat, are made of stainless steel to ensure corrosion resistance and durability at temperatures from 0°C to 200°C. The sealing interface utilizes EPDM or NBR elastomers for complete backflow prevention. Designed according to DIN 3202 and EN 12334 standards, it is suitable for horizontal and vertical installations in systems carrying water, air, or light oil.

Depending on the nominal diameter DN50–DN200, the valve weight ranges from 7 to 50 kilograms, with flanges built per EN1092-2 standards. The aerodynamic flow path minimizes pressure loss and provides silent, vibration-free operation. Its interior epoxy coating offers excellent resistance to corrosion, extending the valve’s lifespan in humid environments. This model is ideal for pump discharge lines, water supply systems, and thermal installations exposed to sudden pressure fluctuations. With its fast-closing spring mechanism, tight sealing, and robust construction, the Vogir

hammer

The Behler piston breaker is a heavy-duty industrial tool designed for demolition and breaking hard surfaces like concrete, asphalt, and stone in construction, roadwork, and mining projects. Typically powered by a pneumatic or electric motor with a capacity ranging from 1500 watts to 3000 watts, its impact force is between 30 to 60 joules. The Behler breaker is capable of delivering 1000 to 1500 blows per minute, enabling fast and effective demolition. Built for heavy-duty work, this tool offers high resistance to pressure and wear. It is also equipped with vibration reduction systems to minimize fatigue and prevent operator injury.

The Behler breaker typically features a durable body made from alloys such as steel and aluminum, with a weight ranging from 15 to 30 kg. It is equipped with advanced safety features such as thermal cut-offs, splash guards, and overload control systems. The pneumatic or electric hoses of this device are designed with high resistance to wear and pressure. The Behler breaker is optimized for heavy-duty demolition in industrial and construction environments, making it ideal for challenging tasks in harsh working conditions.

ITR hydraulic hammer

The ITR hydraulic hammer is engineered for crushing and demolishing rock and concrete in construction and mining machinery. The main body is made of hardened alloy steel with tensile strength of 1000 MPa and surface hardness of 45-50 HRC for high wear and impact resistance. Its hydraulic operating pressure ranges from 150 to 180 bar, with an oil flow of 120 to 150 liters per minute. Internal shaft and piston components are manufactured with tolerances below 0.02 mm to ensure precise, vibration-free operation. The balanced design reduces operator vibration and increases crushing efficiency.

The ITR hydraulic hammer features an internal shock-absorbing system and high-pressure resistant bearings that extend component life. Total weight ranges between 350 and 450 kilograms, depending on the model, allowing quick mounting on an excavator arm. The internal lubrication system uses temperature- and dust-resistant grease to ensure consistent performance and reduce wear. All components are manufactured according to ISO 4324 and SAE J1176 standards, ensuring durability and long-term operational reliability.

Pneumatic Jackhammer

The pneumatic jackhammer is a powerful industrial tool designed for breaking, splitting, and crushing hard surfaces such as concrete, stone, and asphalt. It operates with a pneumatic motor and requires an air compressor with an operating pressure of 6 to 8 bar. The jackhammer delivers blows with energy ranging from 20 to 60 joules at a frequency of 800 to 1500 blows per minute, enabling fast and efficient demolition. The body length typically ranges from 50 to 90 cm, and the weight varies between 10 to 35 kg, making it suitable for both light and heavy-duty projects. Ergonomic handles with anti-slip coatings allow long-term use and better control.

Pneumatic jackhammers are generally constructed from hard, wear-resistant steel and feature interchangeable bits or chisels for different applications. They are equipped with vibration and shock reduction systems to minimize operator fatigue and enhance safety. These tools are widely used in construction, roadwork, mining, and industrial maintenance, providing precise and rapid demolition for industrial environments and large-scale projects.

hydraulic hammer

A hydraulic hammer consists of a steel body, hardened steel piston and tool, hydraulic system, and mounting attachments for excavators. Operational weight typically ranges from 200 to 5000 kilograms, with tool lengths from 300 to 1500 millimeters, enabling demolition of rock and concrete with compressive strength of 30 to 150 MPa. Impact energy ranges from 500 to 6000 joules, with adjustable impact frequencies between 400 and 1500 blows per minute.

The hydraulic system includes high-pressure pumps up to 250 bar and oil flow between 40 and 300 liters per minute. Hydraulic connections use standard SAE and ISO hoses and fittings. All mechanical and hydraulic components undergo non-destructive testing NDT, dimensional inspection up to 0.1 millimeters, and steel hardness verification to ensure service life exceeding 8,000 hours and continuous performance in rocky and construction environments.

The spring-loaded hammer check valve VOG IRAN

The VOG IRAN spring-loaded check valve with hammer blow protection is an essential and practical component used in water, oil, gas, and construction systems. Featuring a spring mechanism and anti-hammer blow design, it delivers precise and reliable performance. This check valve allows fluid to flow in only one direction, preventing any unwanted backflow, while its spring mechanism minimizes hammer shock and protects the system from damage.