Establishment of Weaving Laboratory

Establishment of Weaving Laboratory at Institute of Textile Engineering & Technology, Lahore. Pakistan.

  • Supply, Installation & Training of Rapier Loom, Warping Machine & Single End-Sizing. 
  • Commissioning of complete Electronics & Electric works.
  • Centralized Chilled Laboratory.



Development of Titanium Dioxide Nano-Powder

Developed by: Marjan Polymer Industries. Pakistan

Project In-charge: Dr. Muhammad Abid

Year: 2011

We, developed novel and simple method for preparing Titanium dioxide (TiO2) Nano powder by using Sol Gel synthesis technique. The Structural, Thermal, Chemical, Morphological and Optical characterizations were carried out by XRD, DSC/TGA, FTIR, SEM and UV-visible Spectroscopy. The results showed that prepared powder was an amorphous in structure and transformed into anatase and rutile structures by annealing at 280oC and 600oC respectively. The grain sizes ranges from 7nm – 41nm and the Band gap was estimated 3.2 (eV).




Development of Water-Based PolyUrethane

Developed by: Marjan Polymer Industries. Pakistan

Project In-charge: Dr. Muhammad Abid

Collaborators: Prof. Dr. Tahir Jamil (late), Prof Dr. Khan, Dr. Nafisa

Year: 2014 

Polyurethanes belongs to class of alternating segmented polymers which comprises mainly two alternative segments such as soft and hard segments. The Polyurethane dispersions were made by dispersing amphiphilic pre-polymers using soft segment (polyol), hard segment (diisocyanates), and internal emulsifier followed by chain extension steps.

Adopted Synthesis Process

The pre-polymer process. This technique is used to produce polyurethane coatings, elastomers and sealants.


2 OCN–R–NCO + HO ~~~~~~~~~ OH




This pre-polymer having free NCO terminals which further reacts with chain extenders and the resulting polymer (polyurethane) formed is a high molecular weight polyurethane.


(Pre-polymer) (Diol)




  • Transparent Coating
  • High Hardness
  • Excellent UV Protection
  • Excellent Impact Resistance
  • Excellent Chemical Resistance
  • High Gloss
  • Good Scratch Resistance
  • Good Rheological Flow
  • Excellent Colloidal Stability

Vacuum Infusion System

Developed by: Marjan Polymer Industries. Pakistan

Project In-charge: S. A. Mughal

Year: 2020


What is Resin Infusion?

Resin infusion is a sophisticated technique for manufacturing high performance, void free composites even on large or complicated moulds. The process is ideally suited to the manufacture of carbon fibre composites and is widely used by professional manufacturers for the production of carbon fibre body panels such as bonnets and by marine manufacturers for the production of boat hulls, making this product ideal as a carbon fibre infusion kit. It is however, equally suited to the manufacture of smaller detailed items that would be all but impossible to make successfully using an open layup.

Reinforcement is laid into the mould ‘dry’, i.e. without any resin, and then enclosed in a specially configured stack of bagging materials (such as peel ply, infusion mesh and bagging film) before being subjected to vacuum pressure using a composites vacuum pump. Once all the air has been removed from the bag and the reinforcement has been fully compressed under atmospheric pressure, liquid epoxy resin (mixed with hardener) is introduced to the reinforcement through a pipe which then infuses through the reinforcement under the vacuum. Once the resin has fully infused through the reinforcement, the supply of resin is cut off (using a pipe clamp) and the resin is left to cure, still under vacuum.

In common with all Marjan Polymer Industries starter kits, our Resin Infusion Complete Starter Kit is the result of years of practical experience working with these materials, equipment and processes every day. Many of the connectors and pieces of equipment included in the kit are manufactured by us.

Package Included:

Vacuum Infusion Table

Vacuum Pump

Infusion Resin

Resin Pot

Bio-Mass Power Plant (Pilot)

Project:  Development & Establishment of Bio-Mass Based Power Plant (Pilot Scale)

Developed by: Marjan Polymer Industries. Pakistan

Project In-charge: Dr. Khan

Year: 2015 

Quaid-e-Azam Solar Power Park

Application of Cold Galvanizing Compound (Protective Galvanic Coating) onto the Steel Structure of Solar Panels.

Contractor: Marjan Polymer Industries. Pakistan

Year: 2015 

Total Area: 1000 MW

Unilever Detergents Plant

Application of Cold Galvanizing Compound (Protective Galvanic Coating) on Oil Storage Tanks. 

Contractor: Marjan Polymer Industries. Pakistan

Year: 2014 

Before Cold Galvanizing Compound. (Surface cleaned by simple sandpaper)

Painter Applying Cold Galvanizing Compound with paint Brush

Air drying of Cold Galvanizing Compound after 10 mints

Tanks after Cold Galvanizing Compound application (Galvanized Tanks)