Global Hydraulics & Industrial Suppliers

Irungattukottai, Chennai, Tamil Nadu

Our company is highly esteemed in offering Pneumatic Cylinder to the clients. This product is manufactured by us using high grade quality metals. This product is available in varied specifications, these cylinders are ideal for sustaining adverse conditions. This product finds usage in diverse industrial application. This product is highly acknowledged among clients due to its supreme finish, robust construction and leak and dent proof quality.

Features:

• Industrial approved design
• Rust proof
• Dimensional stability

Parker make male stud metric connector used to connect machine body to seamless pipe. This comes in various size from g 1/8 to g 2", tube size from 6mm to 42mm.
Comes with and without ed(elastomer seal).

Being a customer focused organization, we are engaged in manufacturing and supplying a wide assortment ofIndustrial Hydraulic Manifolds for Directional Control Valves of IP 021556 manufactured using optimum quality material and sophisticated technology under the guidance of our reliable engineers. They are machine checked at par with the defined parameters of the industry for flawlessness and accurate work. Keeping in mind the industry set standard, we are offering them in diverse specifications as suited to our esteemed customers in very affordable prices.

In order to fulfill the ever changing demands of our clients, we have been engaged in offering a quality range of Industrial Diffusers. We have a team of professionals with advanced machinery engaged in manufacturing and supplying superior quality products. To cater the requirements of our valued clients, we are offering our products in varied specifications.

Hydraulic Hoses:

• 1 & 2 Wire Braided
• Multi-spiral
• Thermoplastic
• PTFE
• Manufactured to SAE & DIN Standards

Hydraulic Hose Assemblies

• Hose Assemblies from 6mm (1/4") to 50mm (2") diameter and upto 30 metres long
• Pressure Test Certificate available on request

Hydraulic Hose End Fitting Metal hose fittings standard executions for annular corrugated stainless steel hose.

Hydraulic Vane Pumps

• Single chamber vane pump
• Double chamber vane pump

In order to complete the sealing system, the complete range of wipers, guide elements, and static seals are available. The wipers include snap in and press fit designs and are designed to eliminate contamination while also contributing to minimizing leakage and extending the life of the sealing system.

The complete range of piston seals including u-cup designs, single acting seals, double acting seals, energized sliding seals and heavy duty piston seals are available. The profiles are available in a range of proprietary materials depending on the application parameters.

Hydraulic power pack offers capacities, control options & configurations for virtually any application requirement. A wide variety of manifold options and choice of pumps enables customer to match any application requirement with a hydraulic power pack that, meets his system, at the same time ensuring cost effective operation and optimum productivity.

Sealing system hydraulic power pack includes hydraulic components selected from the world wide range and put together with high technology systems and the systems are designed with modular concept using the components having international mounting for ease of production, Installation and servicing. Special attention is paid for minimizing the noise level and other safety aspects Pumps and electric motors are horizontally mounted assuring coupling alignment and easy maintenance.

Sealing system Hydraulic Power Packs are engineered to be built to withstand harsh, hostile environments. Feature like load sensing, automatic torque limiting, infinitely adjustable delivery, delay time adjustment, controlled acceleration/deceleration and Auto set pressure switch circuit are common in our system.

The hydraulic press continues to be the press of choice for today's modern manufacturers. The advantage of the hydraulic press versus mechanical presses is being realized and utilized by more and more manufacturers. Today's modern hydraulic presses provide; Performance, Reliability, and Unlimited Capability in almost any application. Stamping, Punching, Blanking, Drawing, Bending. All standard press designs and circuits can be configured to match even the most non-standard press requirements.
Brought to you by: sealing system hydraulic press company.

Hydraulic Press Benefits

1. Full Tonnage Throughout The Stroke - The hydraulic press has the ability to deliver full pressing force anywhere in the range of stroke, unlike mechanical presses which can only develop full force at close to bottom of stroke. This significantly adds to the inherent flexibility of hydraulic presses.

2. Dedicated or Multi-Functional - The hydraulic presses can be designed to any level of sophistication. Whether the need be a simple dedicated cell press or a fully integrated multi-purpose system, hydraulics are cost effective and easily modified for the task at hand. Their flexibility is further enhanced by additional stroke capability for simplifying die changes and reducing set-up time. Multiple dies with varying shut heights can be run efficiently in a single press

3. Lower Up Front Costs / Fast ROI - In regard to presses, hydraulic presses are the most simple in basic design and often utilize standardized, proven hydraulic components that are readily available. The basic components to mechanical presses, such as crankshafts, clutch and brake systems, etc., are expensive and often custom built components, which serve to add machine cost. Hydraulic presses are often much less expensive up-front and in long-term operation.

4. No Design Limitations - The principles of hydraulic force allow for creative engineering. Presses can be designed for traditional down acting, up-acting, side-acting and multi-action operation. Power systems can be placed above, below or remote from the press and force actuators. Large bed presses can be designed for low tonnage applications and small bed presses can be designed for high tonnage requirements.

5. Over-Pressure Protection - The incorporation of hydraulic relief valves into hydraulic circuits provide built-in overload protection. A press' force cannot exceed the pressure that it is allowed to build, thereby limiting the maximum pressure attainable controls maximum force.

6. Unlimited Control Options - The hydraulic press can be controlled in a variety of ways ranging from basic relays to more sophisticated PLC or PC control systems. Operator interfaces can be added to press systems to facilitate ease of job set by storing individual job parameters for each die. Presses can be controlled for precise pressure and position; including pressure holding, speed control and dynamic adjustments to real-time operating variances. Ram force and speed can be controlled in any direction with various levels of precision.

Directional poppet valves can operate at a maximum operating pressure of up to 1, 000 bar. Directional poppet valves are directional control valves that are fitted into housing bores with a threaded connection. This is why they are often referred to as hydraulic cartridge valves. The moveable seating elements may consist of balls, poppets or plates.

Key features of hydraulic cartridge valves:

The design permits the valve to become more tightly sealed when operating pressure increases. The maximum flow of cartridge valves is limited compared to spool valves. Larger flows would require larger cartridges to fit into housing bores; the threaded connection will not hold.

Typical parameters of poppet valves are:

Directional control valves can control the start, stop and change in direction of flow of a pressure medium (i.e. hydraulic oil). For this reason, they are also referred to as switching valves. Directional control valves are available as spool valves, poppet valves or rotary slide valves. Rotary slide valves, however, are no longer commonly used due to low operating pressure (up to 70 bar).

The performance of a directional control valve depends on the following:

The function of a directional control valve is determined by the number of working ports (excluding control ports) and the number of spool positions. A directional control valve comprises at least two spool (switching) positions and two working ports. The most common directional control valve is a 4/3-way valve, which means the valve has four working ports and three spool positions, in accordance with DIN ISO 1219.