KET manufactures complete extrusion lines with optimally matched components, sophisticated automation concepts and tailor-made solutions enabling processors to consistently produce high quality end products.

Twin Screw Extruders are crucial for the efficient extrusion of quality PVC pipes. A wide range of products are made on these extruders. They are offered with Screw diameters 52 mm to 168 mm to give output ranges from 120 to 2,000 kgs/hr.

KET manufactures complete extrusion lines with optimally matched components, sophisticated automation concepts and tailor-made solutions enabling processors to consistently produce high quality end products.

Twin Screw Extruders are crucial for the efficient extrusion of quality PVC pipes. A wide range of products are made on these extruders. They are offered with Screw diameters 52 mm to 168 mm to give output ranges from 120 to 2,000 kgs/hr

KET manufactures complete extrusion lines with optimally matched components, sophisticated automation concepts and tailor-made solutions enabling processors to consistently produce high quality end products.

Twin Screw Extruders are crucial for the efficient extrusion of quality PVC pipes. A wide range of products are made on these extruders. They are offered with Screw diameters 52 mm to 168 mm to give output ranges from 120 to 2,000 kgs/hr.

KET offers hi-tech and standardized solutions for Flat & Round Drip tube extrusion. The cutting edge technology powered by value engineering makes it possible to achieve highest level of performance.

Blown film lines are available in various combinations to cater to your various applications. These lines can also be customized to suit your applications to the optimum level.

Multilayer – IBC
KET has been catering to the rapidly growing needs of the flexible packaging industry. With the objective of meeting the new challenges faced by the market for improved film properties and cost optimizations, KET has been in the forefront of introducing Multilayer Blown Film with latest technology like Internal Bubble Cooling (IBC), Oscillating Haul-off and Advanced Winding Solutions. 
KET’s power efficient, high speed Multilayer Blown Films Line gives the advantages of lower conversion costs, high outputs and excellent film quality, providing processors the competitive edge and quick return on their investment.
Multilayer lines are equipped with advanced CAD Design dies to ensure uniform flow distribution, excellent melt characteristics and film quality.
A crucial Internal Bubble Cooling (IBC) mechanism facilitates higher output, optimum thickness randomisation of minimum conversion cost.
A special Air Cooling Ring enhances optical and mechanical properties of film and output.
A state of the art Oscillating Haul-off Unit provides Excellent Gauge Randomization, Improved Roll Geometry and Film Quality. The film winders provide superb quality rolls for tension sensitive films. 
The Film line assembly is backed up by Computer Integrated Control Systems to achieve stage by stage production management and product quality control.

Multilayer Films are used for varied crucial applications in flexible packaging, which demand vital film properties like dart impact, strength, puncture resistance, hot tack strength, gloss, etc. 

Description / Specification of Coex Blown Film Lines

We are involved in offering a wide range of Coex Blown Film Lines to our most valued clients. Our range of these are widely appreciated by our clients which are situated all round the nation. We offer our range of it at most affordable prices.

We introduce ourselves as an eminent trader and supplier of an extensive array of  Coex Blown Film Lines. Prior to dispatch, our quality controllers run numerous tests on the entire range on various parameters of quality and durability. The offered equipment is manufactured using superior quality components with the aid of sophisticated techniques at the vendors' end. Moreover, our precious clients can purchase it in different technical specifications at reasonable price from us within promised time frame.
Features:

Sturdy design
Highly durable
Application specific design 

Plastic pressure piping is used for many industrial processes, in heating and cooling systems, fire protection installations, gas distribution, and for water supply and distribution. Kabra Extrusiontechnik (KET) has introduced high speed 50 MPM (25 x 2 strands) twin conduit line for producing pipes for such applications. Currently available 90-22V conduit line is suited to produce PVC ASTM Pipes & PVC Pressure pipes mainly used in conveying electrical cables in industrial, building & construction sector.

Like every extrusion plant of KET, this plant comes as a solution to produce quality conduit pipes with maximum output, even for smaller diameter and thin wall pipes. It comes with a space saving for per Kg output so that larger quantity can be supplied in minimum lead time.

With Government announcing Digital India program to empower and bring together India’s social-commercial ecosystem, need for better communication infrastructure has seen a boost like never before. This machine contributes to the telecom infrastructure development. Producing Micro-duct at high line speed is a challenge in terms of maintaining good finish, wall thickness & ovality. Ovality is the most critical parameter which needs to be controlled for consequent operations of bunching & sheathing. This has been made possible by special design of vacuum tank with closed loop control of vacuum and capstun belt haul-off. With its unique micro-duct extrusion process that adheres to global standards, machine is capable of delivering consistent output of micro-duct without any change in design, configuration & characteristics of micro-duct.

With micro duct cabling, bundles of small micro ducts are installed in larger protective ducts. Bundles of micro ducts are factory pre-installed. The micro ducts can be branched very easily in the network. At any place of choice, a window cut is made in the protective duct and the micro duct of choice is cut. This micro duct is then connected, using a simple push/pull connector, to a micro duct that branches to the desired location. After all connections are made, an individual micro duct path has been created in the network. A micro duct cable can then be jetted through the micro duct, without the need to make a splice.