Jain Paper Conversions

BRIEF INTRODUCTIONS: 

JAIN PAPER CONVERSIONS was established in the year 2009 in Bhiwadi Rajasthan (INDIA). The company is efficiently managed and run by MR. Ananya jain (owner).

The company has gained heights of excellence owing to the effective corporate strategies that it follows  this has helped it to be a reliable MANUFACTURER AND EXPORTER of PAPER ANGLE EDGE BOARDS, WRAP AROUND EDGE BOARDS, U PROFILE EDGE PROTECTORS, HONEYCOMB BOARDS, HONEYCOMB COOLING PADS, PAPER CONES AND RECYCLABLE PACKAGING MATERIAL. Company provides proven customized solutions to their clients at doorstep.

QUALITY ASSURANCE: 

The Company lays special emphasis upon ensuring the higher standards of the products, it offers. For this, stringent quality tests are carried out upon these products at various intervals for analyzing their GSM, Strength, COBB Value, and other Parameters.All this has helped it to be conferred with an ISO 9001:2008 Certified Company. Providing best services is always a goal of its employees.

INDUSTRIES CATERED TO:

The Company has been successfully serving the packaging requirements of diverse industries, like:

• Automotive
• Steel
• Plastic
• Electrical
• Marble
• Electronics

INFRASTRUCTURE:  

The Company has a backing of a state-of-the-art manufacturing unit that is spread over a wide area. This unit is equipped with the efficient and advanced machinery, which is especially designed by the foreign Engineers for achieving the production capacity of 150 tons per month and 100 k meters per month.

Company Main Goal Is To Provide 24/7 Answering To Its Valuable Customers and Achieve Their Satisfaction by Its Services

Honeycomb Cooling Pad

Evaporative cooling with super cool evaporative cooling pads is the ideal and most economical method of cooling. Evaporative cooling is the process in which air is cooled by using the heat in the air to evaporate the water from an adjacent surface.

A temperature reduction of 10 to 20°C (50-68°F) can be achieved by passing the hot fresh air through the wetted pads. The temperature reduction depends on the dry bulb and wet bulb temperature of the ambient incoming air, the thickness of the pad (in the direction of the air travel), the geometry of the pad, the air velocity through the pad and provided the proper amount of water is used and distributed evenly so that all of the pads are wet through their depth, height and width. The hotter and drier the incoming air, the higher temperature reduction, after passing through the wetted Super cool pads.