[Presenting Construction Case Studies] Next-generation high-durability net made of 100% polyester that does not rust! Lightweight and resistant to weather and tearing.
"STK Net" is a fence net made of 100% polyester, completely free from rust. It weighs about 1/5 of conventional wire mesh, making it highly workable and weather-resistant. Thanks to its hexagonal design, even if a part tears, it does not lead to continuous tearing, and the same material net can be used to patch and repair the torn areas. Therefore, it is effective in regions near the coast where salt damage is severe, volcanic areas, and in coastal and riverbank construction projects where the lifespan of wire mesh is short. It can also be used as a barrier to prevent small animals from entering, contributing to accident prevention on highways and similar areas. **Features** - Recyclability (can be reused as plastic material after use) - Transparency (does not reflect sunlight compared to conventional wire mesh) - Electrical insulation and voltage resistance (does not conduct electricity due to being made of resin) **Applications** - Fences for public facilities - Nets for preventing falls in apartments and irrigation channels - Nets for preventing small animal intrusion - Nets for protecting cultural properties and stone walls, etc. *You can download the case study collection for STK Net from the PDF! Please join us.*
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【Achievements】 - Over 35 years of durability in the ocean - Does not deteriorate even after more than 30 years of outdoor use - Lasts more than five times longer than wire mesh
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Our starting point was air duct cleaning in 1983. What surprised us at that time during duct cleaning was the contamination caused by an overwhelming amount of pigeon droppings around the rooftop air intake. The reality was that pigeon droppings were being directly sucked into the air conditioning units. We tried using pest control devices that were available in the market at that time, but we were not satisfied with the results. While searching for better solutions, I discovered a paper by C. WALCOTTO from the Massachusetts Institute of Technology on "Pigeon Homing Behavior" in the library. Inspired by that, we found that by using magnets to disrupt the magnetic field, pigeons would be less likely to approach. This led to the development of the Bird Stopper, a device to prevent birds from coming near using magnets. Currently, we have various devices tailored to different situations, but we do not want to engage in irresponsible product sales. Instead, we prefer to assess the site ourselves, choose the best method, and make proposals, taking full responsibility in return. This is what we call "responsible construction with guaranteed effectiveness." Starting with air duct cleaning, we will continue to provide services that can be communicated from Osaka to the entire country and the world, challenge new fields, aim for further expansion, and contribute to society.