PP/HDPE WOVEN SACK /BAG
PP/HDPE WOVEN FABRIC ROLLS/SHEET
BOPP SACK/BAG
BLOCK BOTTOM BAG
PP WOVEN SHOPPING BAG
TARPAULIN
FIBC
SLING BAG
SILT FENCE
SHADE NET
LUMBER WRAP
GROUND COVER
GEO TEXTILES
DUNNAGE BAG
Leno / Mesh Bag
Agriculture
Construction
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Chemical
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Animal /cattle feed
FMCG
Refugee camps
BY Bubna Polysack
|
12 Feb 2026
Instead of a logistics priority, transporting hazardous materials is both a safety and legal responsibility. The potential hazards of housing chemicals, toxic powders or hazardous solids in inadequate packaging are everything from product loss to significant environmental and human damage. That is precisely why there are UN certified FIBC bags. FIBC (Flexible Intermediate Bulk Container), bulk bag, ton bag or jumbo bag are an industrial container made of flexible fabric that is designed for storing and transporting dry, flowable products, such as sand, fertilizer and granules of plastic. However, only FIBC bags that are UN approved can be used for hazardous materials in accordance with international transportation regulations. The use of conventional bulk bags with respect to UN conformity risks shipment refusal and penalties as well as accidents. This guide covers the basics of what UN-certified FIBC bags are, when you need them, how the UN testing process works and what your business should do to ensure it stays compliant.
They are used extensively in road construction, drainage systems, and many other applications such as landfills, railroads, and highway trade. They operate below the surface, doing silent work that’s no less crucial. Applied properly, geotextiles can help reduce soil strength, keep water flow under control and add to the life of construction built upon them. Few projects fail dyed fabric, sagging roads, mud mixing or failed drainage are common problem on many early attempts because the geotextile was of poor quality; most failed because it was installed wrong! Wrong installation can even make the best geotextile fabric failed. On actual build sites, small installation errors are easily overlooked. The errors may not manifest themselves right away, but over the years they can result in tearing, soil shifting and drainage blockage expensive repairs that their clients don’t expect. Recognizing these common errors can assist contractors, engineers and site superintendents in not only preventing premature failure, but ensuring full performance from geotextile fabrics. This article discusses some of the common problems encountered in geotextile installation, how to avoid these problems and underscores how such mistakes can significantly shorten the life and functionality of your fabric.
When consumers purchase a tarpaulin, many are only concerned with either the thickness or the price. However, the truth of the matter is that the performance of a tarpaulin is dependent on three technical aspects: GSM, coating quality, and eyelet strength. A tarpaulin that is used in a construction site, farm, or warehouse, as well as in a transport vehicle, is constantly under stress. It has to withstand tears, be waterproof, withstand wind pressure, and be secured without tearing at the corners. If any one of these aspects, whether low GSM, poor coating, or poor eyelets, goes wrong, the whole tarpaulin goes for naught. This article will break down the aspects of a tarpaulin’s GSM, its coating, and eyelet strength in the simplest terms possible while still providing enough technical information to consumers to make the right purchasing decision.
07 Jan 2026
Waterlogging is one of the most frequent problems encountered in construction, agriculture, gardening and road engineering. Flooding of such excess water in the soil would weaken the ground, which damages crops, creates cracks on roads and reduces service life of drainage systems. In order to tackle these problems in a positive and sustainable manner, geo-textiles are one of the best things to prevent drainage and water logging. Geo-textiles are technical fabrics manufactured from polypropylene or polyester. They’re available in two primary types woven geo-textiles and non-woven geo-textiles. What's special with them is they are such designed to let water flow through but prevent the passage of soil particles along with the water. It is this controlled water flow that is critical to prevent waterlogging and maintaining the strength of your soil. The applications for geo- textiles has expanded to include pavement, drainage systems, erosion control, embankments and retaining walls as well as landscaping and agricultural uses. As they help to stabilize soil, control watercourses and extend the service lives of drainage structures; they are considered a key part of modern engineering.
Modern landfill sites are no longer just dumping grounds. They are engineered structures that must protect the environment, manage waste safely, and operate efficiently for 20–30 years or more. Woven geotextile fabric is one such material that has a critical function in this. These woven geotextiles offer superior strength for the support and stabilization of embankments, as well as sub drainage applications. Woven geotextiles consist of polypropylene tapes that have been woven in a prescribed pattern. This is the reason why they have good tensile strength, resistance to tearing and long-term durability with extreme pressure. They can deal with saturated waste loads, sharp aggregates, building rubble, chemicals and intense UV light. These characteristics have made them in widespread use for landfill engineering, worldwide. Since they serve as reinforcement layers, protection layers, filtration layers and drainage layers in landfills. You may not see their function from the outside, but these materials within the landfill support essential operations that are preserving our environment and keeping the land stable for decades.
When industries order PP woven fabrics, they expect one thing above everything else: consistent dimensions. Whether the fabric will be used for packaging grains, running on automated filling lines, or printing high-precision graphics stable width, length, and shape are non-negotiable. But in real-world conditions, PP woven fabrics often face shrinkage or dimensional changes. Even a small variation of 1–2 mm can create major issues during cutting, stitching, printing, or machine filling. That is why dimensional stability has become one of the most important quality factors for buyers across the packaging industry. This blog explains why shrinkage happens, how buyers can detect it early, how to reduce it, and how Bubna Polysack offers PP/HDPE woven fabrics and sheets with high dimensional stability.
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