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
Mining
Transportation
Chemical
Forest
Animal /cattle feed
FMCG
Refugee camps
BY Bubna Polysack
|
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.
08 Dec 2025
The design of the lifting loops on FIBC bags is the keystone of efficient handling, safe transportation, and worker safety in bulk packaging. This article outlines the primary loop styles, their appropriateness for various materials and industries, and practical advice for choosing and operating FIBCs fitted with lifting loops to attain maximum safety, facility efficiency, and cost-effectiveness.
05 Dec 2025
The BOPP bags and PP woven bags are widely employed in industries that require strong, durable, and attractive packaging. These bags combine a woven polypropylene fabric for strength with a BOPP film layer for print clarity and moisture resistance. While the structure of the bag is very crucial, equally significant is the way the bag is sealed. The method of closure, therefore-either heat sealing or sewing-directly impacts the effectiveness of keeping the product safe during storage, handling, and long transport cycles. The decision between a heat-sealed closure and a sewn seam in heavy-duty industrial packaging can make all the difference between leak-proof containment of fine powders and structural failure under loading or transport. Each method has its strengths and weaknesses depending on product type, load weight, exposure conditions, and cost priorities. This article explains how both methods work, where each performs best, the cost impact, and how buyers can choose the right closure method based on their product and supply chain needs.
The flood-prone areas have to bear the incessant issues related to road damage, soil erosion, the failure of riverbanks, and repeated repairs of such infrastructure every monsoon. Soil, below the road, embankments, and drainage structures, may get mobilized with increased water pressure during flooding. This movement creates voids, weakening the foundation layer and leading gradually to collapse. Conventional materials that have been used include sandbags, loose rocks, gravel, and clay, which are usually unable to prevent hydraulic pressure or soil migration during long rainfall. There exists a proven woven geo-textile fabric for these challenges. The fabric creates a stable and permeable layer between soil and water flow that accommodates controlled water movement while avoiding displacement of the soil. The fabric was specially engineered with high-tenacity polypropylene tapes woven in a cross-pattern to yield strength, filtration, and long-term stability. This makes it suitable for highways, riverbank reinforcement, flood-protection infrastructure, and coastal zones. In the case of project owners exploring geosynthetic solutions, the specifications of the woven geotextile by manufacturers such as Bubna Polysack help to ensure that the fabric meets the requirements of soil conditions, water pressure, and durability.
Bubna Product Brochure
GENERAL
FOR CONSTRUCTION & MINING INDUSTRIES
KIRTI EXPORTS
Enquire Now