About Us

Kurnia Kibaran Sdn Bhd is a reliable wholesaler of various compressed air system equipment such as air compressors, air filtration systems, air dryers, pressure vessels, light & heavy industrial equipment, and other engineering products. Our headquarter is situated in Bandar Puncak Alam, Selangor, Malaysia. we understand the local industry demand and various customers’ needs. We developed a wide range of compressed air equipment solutions to serve your needs in your daily operation and production.

Kurnia Kibaran Sdn Bhd is the principal office and warehouse for MonsterAir inc. Chinain Malaysia. Our role is to serve and provide the varieties of air compressors, air dryers, pre & after filters, receiver tanks, service & repair, and warranty support to all MonsterAir dealers and end users in Malaysia. We keep full range MonsterAir air equipment and parts in our Malaysia warehouse in order to minimize our clients downtime when urgent parts are needed and shortened the process of warranty claim (if any) for our existing dealers and clients. We provide general service training to all our end users' maintenance team yearly. This is to enhance our clients' maintenance knowledge and efficiency in troubleshooting our equipment during emergency.

Kurnia Kibaran Sdn Bhd manages and provides maintenance support on turnkey projects and has a network of reliable sub-contractors and consultants to design the piping system, fabricates and customized special air equipment for turnkey projects in various sectors. We believe in working closely with our clients as an industrial equipment partner to optimized the efficiency of their production productivity as much as minimizing their downtime, aligned with our clients' energy savings planned in the long-run.

High Quality Equipment

Our equipment have passed ISO9001/14001, CE, ROSH, ETL, CQC, CCC QUALITY, safety certification, and other high-tech enterprise certifications in our factory in China. All our reciprocating air compressors and pressure vessels comes with third party ABS certification which are according to the ASME (American Society of Mechanical Engineers) standards and code. Therefore, our pressure vessels are exempted from our local DOSH Hydro-testing procedure.

Our Goal

We will continuously be focusing on technology advancement, equipment efficiency, and energy savings equipment.

Quality First

The design and production are strictly implemented ISO9001 and ISO14001 standards, stable, reliable and long life, fully embody the most advanced manufacturing technology.

Easy Installation, Easy Operation

The product is filled with lubricating oil before delivery. it can run immediately after installation. By the LCD screen, you can easily get machine's operating status.

Space-saving, Safety and Eco-friendly

The product has compact structure, small size, small footprint, and low operating noise. It can be installed wherever it is needed, even placed in the production area.

Reduce cost, Save energy

The product uses EPC intelligent control system and automatic loading/unloading adjustment to ensure the air compressor can run according to the air requirement, stop automatically when not in use, eliminate waste, reduce energy consumption, and reduce the running cost of the machine.

Factory Test

We have the most advanced computer test system, each air compressor is tested under different operating conditions to ensure your air compressor can get the best performance under various conditions. Performance test, test content includes operating data and alarm protection system to ensure that every machine shipped from the factory is safe and reliable.

Screw Air Compressor Working Principle

Inspiratory Process

The suction port on the intake side of the screw machine must be designed so that the compression chamber can be fully aspirated, and the screw compressor has no intake and exhaust valve group, and the intake only depends on the opening and closing of the regulating valve. When the rotor rotates, the tooth groove space of the main and secondary rotors is transferred to the inlet end wall opening. At this time, the tooth groove space of the rotor is communicated with the free air of the air inlet, because the air in the tooth groove is completely discharged when the exhaust is finished, the tooth groove is in a vacuum state. When the air is transferred to the air inlet, the outside air is sucked into the tooth groove of the main and secondary rotors along the axis. When air fills the whole groove. The air inlet side surface of the rotor is turned away from the air inlet of the housing, and the air between the tooth groove is closed. The above is the intake process.

Sealing And Conveying Process

When the main and secondary rotors are at the end of the inspiratory process, the main and secondary rotors are closed and sealed with the casing. At this time, the air is closed and sealed in the tooth groove no longer flowing out, that is, the sealing process. The two rotors continue to rotate, and the tooth peak is anastomosing with the tooth groove at the inspiratory end, and the anastomotic surface gradually moves to the exhaust end, which is related to the [conveying process].

Compression And Injection Process

In the conveying process, the meshing surface gradually moves to the exhaust end, that is, the tooth groove between the meshing surface and the exhaust port gradually decreases, the gas in the tooth groove is gradually compressed, and the pressure is increased, which is the compression process 1. while At the same time, the lubricating oil is also injected into the compression chamber and mixed with the chamber gas due to the effect of pressure difference.

Power Capacity Adjustment 0-100% Control/Full Load To Unload

When the system gas consumption is reduced, the system pressure begins to rise, the controller receives the signal of the pressure rise, and begins to gradually reduce the opening of the intake valve. At this time, the exhaust volume of the screw machine is also reduced, of course, the current of the motor is also reduced. When the system gas consumption increases, the system pressure begins to decrease, the controller receives the signal of pressure reduction, and gradually increases the opening of the intake valve. At this time, the exhaust volume of the screw machine is also increased to the full output. If the system air consumption continues to decrease and the system pressure rises to the empty car pressure setting, the controller will completely close the intake valve and the space and time compressor will start to operate empty car.

Advantage Of Permanent Magnet VSD Screw Compressor

RISAN two-stage permanent magnet VSD compressor has been proved by tests and actual use by a large number of users:

According to the different use conditions, 95% of users can achieve energy saving effect of more than 30%, 86% of users can achieve energy saving effect of more than 43%.