Sell Offers Building Materials Province Tehran - Page 3

Bear clamps | The beam or a song or a duct iron cast iron is 100 %. Standard -size beam clamp is capable of being used in petrochemical and refinery projects for installing metal scaffolds. In explaining the closure of the beam or the enclosure, the upper part of the clamp takes the scaffolding tube and the bottom of the beam session takes the drainage sheet, which is why it is called the bandage.\r\n\r\nManufacturer: Leading Cast Cast Model: Model Country Country: Iran Country Country: Iran Falling: Shakil Flaws: 2 screws 1 bead: 1 Washer 1 trunk: 1 Leaf first: Partner Tube: Partner / Wholesale: Price Inquiry\r\nCall\r\n\r\nProduct description\r\n\r\nThe wooden beam fastener or the wooden junction is of a durable quality of 100 % or doctrine weighs 1.650 grams. The standard beams with standard dimensions can be used in petrochemical and refinery projects for installing metal scaffolding. The closure of the beam or the fastener or the scrap folding the top of the scaffolding and the bottom of the beam session takes the drainage sheet, which is why it is called the bandage.

Darkob floor is one of the leading cast iron products of Darkob specialized brand and made of ductile iron.\r\nThe weight of woodcutter sole is 1.200 kg.\r\nWood floor is used to indirectly connect the pipe with the ground surface and prevent the pipe from sinking due to vertical pressures.\r\nUse a woodcutter\'s sole to secure the metal scaffolding.

In the links below, you can watch videos recommended by Titan experts for effective waterproofing of bathrooms, roofs, and roof gardens using Stop Leak waterproofing. 1- Roof Waterproofing: Roof waterproofing is one of the most common types of waterproofing performed in buildings. Although there is generally no negative water pressure on roofs, due to direct exposure to the atmosphere, paying attention to the climate of each region and understanding its changes when selecting the type and method of insulation and its durability is very important. How to waterproof a roof? Roof waterproofing is one of the most common types of waterproofing in the construction industry, commonly done using bitumen-based insulation. Bituminous membrane and asphalt roll roofing are among the most common insulations used for waterproofing roof surfaces. Just as technology advanced and asphalt roll membrane replaced traditional bitumen work, today new polymer-based insulations with improvements over asphalt membranes are replacing them. Selecting the right insulation for the roof is one of the key steps in roof waterproofing. What should we consider when buying suitable insulation for building waterproofing? * Climate: One of the most important factors in choosing insulation for roof waterproofing is attention to the climate where the building is located. Hot weather causes many insulations to soften, showing up in ways such as: * Dripping of the insulation (mainly bitumen) from under the ceiling * Flowing of insulation into drains and blocking them * Inability to walk on the roof during hot hours due to softening insulation Cold weather causes many insulations to dry out and crack. Cracks mean waterproofing failure. In the past, professionals addressed these issues in bitumen by mixing various ratios of hard and soft bitumen depending on the temperature, which was a skillful task. But more important than average air temperature is the temperature difference between night and day and between seasons in the area. In desert areas with large day-night temperature differences and mountainous areas with sharp seasonal changes, this becomes challenging because even professional estimation of mix ratios cannot fully fix the problem. * Adhesion of insulation to surface: This feature must be examined from two perspectives: 1. Adhesion strength of insulation to the dominant surface material 2. Adhesion strength to other materials used on the surface The waterproofing insulation must stick securely and reliably to the surface without detaching. Identifying the dominant surface material and estimating adhesion strength accordingly is critical. Note that sometimes the insulation adheres well to the dominant material but since the surface is heterogeneous with other materials, poor adhesion to those can cause separation and failure of overall waterproofing. Considering materials used in construction surfaces such as concrete, cement, brick, stone, mosaic, wood, and metal, it is better to choose an insulation that adheres well to all. * Elasticity of waterproofing layer: Another important factor in insulation selection is its elasticity. If the waterproofing material used is not elastic and has low elasticity, the smallest building vibrations or thermal expansions and contractions cause cracking and loss of waterproofing. A familiar example is car tires where two tires of the same size and suitable for a vehicle have a significant price difference based on elasticity; cheaper tires are harder and crack faster under road shocks. Similarly, an elastic waterproofing layer can cover tiny cracks and maintain waterproofing. * Continuity of insulation layer: A seamless continuous insulation layer is always preferable to strip waterproofing such as asphalt roll membranes, which always have joints that are potential water entry points. Overlapping strips solve this problem partly but increase costs. Bitumen work and most polymer insulations provide continuous layers while asphalt membranes are strip insulation. * Slope tolerance of insulation: Many insulations like bitumen roll and asphalt membrane are designed for horizontal surfaces and work well there but when applied on vertical surfaces, they can detach and cause loss of waterproofing and even fall of tiles. Hence, these insulations are usually applied up to 40 cm height on vertical walls or mechanically fastened. However, roof parapet walls and penthouse walls need proper waterproofing too, and these are vertical. So, it is better to use insulation that can be applied on vertical surfaces. * Insulation color: Color is a secondary factor but somewhat important in roof waterproofing. In hot regions, dark bitumen-based insulations absorb more sunlight and increase heat in underlying layers, raising energy consumption for cooling and causing insulation to soften, reducing waterproofing quality. Polymer insulations can be colored as desired. Dark colors are suitable for cold regions and light colors for hot areas. Also, in modern spaces like roof gardens, color choices offer architects decorative flexibility and allow these insulations to be used as final surface layers without needing to cover again. * Ease and speed of application: Insulation with simpler execution and fewer equipment needs and less pollution ranks higher in choices. How to waterproof the roof using polymer insulations: Given the criteria above, newer polymer insulations rank higher for roof waterproofing. One of the best insulations for your roof is Stop Leak. This insulation is applied as a seamless coat with brush or roller, is very elastic stretching up to 4 times its length, and performs well in a temperature range of -50°C to +150°C. Simply first apply a primer as a seamless layer on the roof surface, parapet walls, penthouse walls, and any area to be waterproofed. Then reinforce only the corners with a 10 cm wide fiberglass mesh. The mesh adheres well to the primer without extra fixing. Now apply two layers of Stop Leak in your desired color over the entire surface. Your roof is waterproof. The image titled "How to waterproof the roof?" shows application methods and suitable insulation for roof waterproofing. 2- Water Feature Waterproofing: When waterproofing decorative water features, the main principle is not to compromise the final aesthetic beauty. Plus, as water features are near other elements like moisture-absorbing gypsum walls, waterproofing becomes an engineering and artistic task. How to waterproof a water feature? Water features vary, so a single waterproofing method cannot be recommended for all. They may be wooden or stone, integrated with walls or standalone. Nearby materials vary greatly, including moisture-sensitive gypsum, wood that warps or breaks with moisture changes, or impermeable plastics. These factors affect waterproofing. For the best waterproofing method for your water feature, contact us for free consultation. Some general points: General rule for waterproofing water features: The main principle is consideration of the decorative aspect—waterproofing should not reduce artistic value. Use colorless insulations for waterproofing water features. How to waterproof a stone water feature? If stone, waterproofing is similar to that of stone facades, using penetrating or surface coatings explained in the stone facade section. How to waterproof a wooden water feature? For wooden features, wood must be fully sealed to be water-submersible. Mere water repellency is insufficient; full waterproofing is necessary. Wood waterproofing methods and suitable materials are detailed in the wood insulation section. The images titled "How to waterproof a water feature?" show suitable products and their usage for waterproofing water features. * 3- Roof Garden Waterproofing: When selecting insulation for roof gardens, besides controlling irrigation wastewater, it is important to consider resistance against hydraulic pressure from roots and their secretions and chemical resistance to acids from organic decomposition in soil to avoid damage. How to waterproof a roof garden? Key points for waterproofing a roof garden: - Don’t forget drainage installation. - Consider plant root pressure which can break asphalt and concrete. - Remember that soil and irrigation runoff are acidic due to fertilizers, root secretions, organic matter decomposition. Choose acid-resistant insulation. - Since soil and pots require replacement and maintenance like fertilizing and weeding, involving tools like shovels, which can physically damage insulation, select an impact-resistant waterproofing. A suggested waterproofing method: 1. Cover surface with a 1 cm thick layer of Isocoat. Isocoat prevents root penetration and protects the substrate. 2. Reinforce vertical-horizontal joints with mesh to prevent substrate cracking at corners. 3. Use Stop Wet, a two-component polymer-cement insulation capable of resisting both positive and negative water pressure simultaneously for roof garden waterproofing. It is applied with brush or roller in two layers totaling 2 mm thickness, fully waterproofing the roof garden. Images titled "How to waterproof a roof garden?" show suitable products and their application in roof garden construction and waterproofing. 4- Brick and Tile Waterproofing: Direct waterproofing of brick and tile surfaces is a widely used application in construction. How to waterproof brick and tile? First, use a penetrating, colorless waterproofing liquid to seal all pores and capillaries inside bricks or tiles. You can use Top Proof for this purpose. Top Proof is a colorless liquid similar to water that quickly absorbs into brick and tile surfaces without leaving traces but seals all pores to prevent water penetration. For complete waterproofing, apply two coats; the second coat after the first has dried using the same method. After the second layer dries, apply a Prolac layer over the surface for enhanced durability and a glossy finish. Images titled "How to waterproof brick and tile?" show suitable products and methods for brick and tile waterproofing.

In the links below, you can watch videos recommended by Titan experts for effective waterproofing of bathrooms, rooftops, and roof gardens using Stop Leak waterproofing. 1- Stop Leak (Positive Water Pressure Waterproofing): Stop Leak is a single-component waterproofing or sealing and protective coating based on water-based copolymers, white in color with the ability to change to any desired color by the client. Its properties include flexibility, long durability, and very high adhesion to concrete, metal pipes, and other materials. This waterproofing is designed and developed solely to control positive water pressure and is not effective against negative water pressure. For controlling negative water pressure using Stop Leak, the surface must first be covered with a special negative pressure water control primer, i.e., Clear Bond, and then Stop Leak should be applied on top. * Applications: - Waterproofing rooftops - Waterproofing pools - Waterproofing concrete, stone, and brick tanks - Fixing leaks and dampness in bathrooms, basements, and balconies - Painting and waterproofing facades simultaneously, especially side cement-rendered rain barriers (western facades) * Features: Stop Leak is very elastic and can stretch up to 4 times its length. This elasticity allows it to maintain waterproofing even if the substrate surface develops minor cracks over the years by bridging these cracks. Stop Leak can be easily applied to vertical, horizontal, and even overhead surfaces without any height limitations. It is applied seamlessly and without joints, increasing waterproofing reliability and eliminating additional costs for overlaps or material waste. Stop Leak can be used as a top coat in any desired color and texture, making it an effective decorative element for creating roof gardens and similar features, satisfying architects' design requirements. It adheres very strongly to all building surfaces including concrete, stone, and even glazed tiles and glass. Vertical tiling and stonework can be done on it using adhesive methods; for floors, it can be covered with mortar. Because of its high resistance to ultraviolet rays, besides indoor use for spaces like bathrooms, it can also be used outdoors on facades and roofs for waterproofing. Its application is very easy and it emits no unpleasant odors or fumes during application and use. * How to Use Stop Leak (Positive Water Pressure): If you are using Stop Leak for positive water pressure control: - First, remove and repair damaged areas on the surface such as cracked concrete parts. A smoother surface reduces Stop Leak consumption and makes waterproofing economically more efficient. - Clean the surface thoroughly, remove all contamination and dust, and dry completely. - Spray a thin layer of the special positive pressure primer onto the surface (approximately 1 kg covers about 5 square meters). If spray equipment is not available, apply the primer with a brush, resulting in slightly higher consumption. - At this stage, reinforce intersections of horizontal and vertical surfaces with a 10 cm wide fiberglass mesh. It's not necessary to cover the entire surface with mesh; apply the mesh while the primer is still sticky and press it into place with your palm. - After the primer dries (dryness test: touching surface with hand – no adhesion means dry), apply Stop Leak. Drying time depends on conditions and is about 2 to 3 hours. - Stop Leak should be applied in at least two layers. Usually, two layers suffice but sometimes up to three layers may be necessary depending on project conditions. - Stir Stop Leak well for 5 minutes with a drill mixer or by hand (longer stirring for manual mixing) to ensure homogeneity. To change the color from white to a preferred color, add pigment or acrylic paint (max a few cc or up to 1 kg per 20 kg bucket) during mixing. If using multiple buckets, ensure consistent color dosing for uniformity. - Apply the first layer with spray, brush, or roller and let it dry completely. This typically takes 3 to 5 hours but it's recommended to wait 24 hours. - Apply the second layer perpendicular to the first and let it dry fully. It also dries within 24 hours but final drying and test readiness require about one week for full strength. If using Stop Leak for negative water pressure control: - All steps are similar to positive pressure control except the primer type changes to Clear Bond, a special primer for negative water pressure. * Consumption of Stop Leak (Negative Water Pressure): - Approximately 700 grams to 1 kilogram per square meter depending on surface porosity. * Safety and Protection: - This material is not classified as hazardous or harmful to health or the environment, but it must not be ingested or come into contact with the eyes. - Stop Leak is non-toxic but use gloves, goggles, and work clothes during application. - In case of contact with skin or eyes, rinse immediately with plenty of fresh water. - If ingested, seek medical attention immediately. - This material is not flammable. * Considerations: - Shelf life: 1 year in original packaging - Storage conditions: Tightly closed container, away from moisture and direct sunlight - Optimal storage temperature: 10 to 30 degrees Celsius - Packaging: 10 kg bucket (8 liters)

❄️❄️❄️❄️❄️ Cool Gift ❄️❄️❄️❄️❄️ ❄️Cool Paint Thermal Insulation Paint:❄️‏ ‎ ‎The use of ceramic nanoparticles in the structure of Cool Paint acrylic paint has turned it into a thermal insulation paint. These nano particles act like tiny vacuum flasks and reflect solar energy. In this way, ultraviolet light and infrared radiation cannot penetrate protected surfaces into the building, and energy consumption for air conditioning can be reduced by more than 40 percent. On the other hand, Cool Paint adheres well to the surface and completely smooths it.‎ ‎ ‎Applications of Cool Paint thermal insulation: ‏1- Cooler bodies and channels ‏ ‏2- ‎ ‎Thermal insulation of roofs of factory warehouses, workshops, poultry farms, sports halls, warehouses, ‏3- ‎ ‎Insulation of HVAC systems ‏4- ‎ ‎Insulation of metal water tanks to prevent warming of the tank contents under sunlight ‏5- Roof and western walls of residential buildings exposed to intense sunlight. ‏6- Food transport vehicles ‏ Advantages of Cool Paint thermal insulation‎: ‏- ‎ ‎Thermal insulation ‏- ‎ ‎High adhesion ‏- ‎ ‎Low volatile organic compounds ‏- ‎ ‎Washable ‏- ‎ ‎Easy application ‏- ‎ ‎UV resistant Anti-algae and anti-fungal ‏ ‏- ‎ ‎High flexibility ‏ ‏- ‎ ‎Crack resistant ‏- ‎ ‎Anti-bacterial ‏ How to use Cool Paint thermal insulation‎: ‎ Completely clean the surface from all contaminants such as dust, grease, salt, and the like. Use of a special acrylic primer is recommended. Cool Paint can be applied with spray gun, brush, or roller‎. ‎Consumption rate for Cool Paint thermal insulation‎: ‎Depends on the surface and desired layer thickness (approximately 200 grams per square meter). ‏ Physical and chemical specifications of Cool Paint thermal insulation‎: ‎ Clarity: Matte ‎ ‎Density: 1.3 g/cm³ ‏ ‎ ‎Solvent: Distilled water ‎ ‎ ‎Surface drying time: 1 hour ‏ Final drying: 3 to 6 hours ‏ ‎ PH=8.1 ‎ ‏1- What are the advantages of using Cool Paint thermal insulation on evaporative coolers? ‏ ‏1-1 Increased lifespan of cooling system: Using Cool Paint thermal insulation cools the interior of the cooler, increasing the lifespan of parts and preventing corrosion of the cooler body since the cooling system operates at lower to moderate temperatures, reducing workload and increasing its longevity. ‏1-2 Electricity savings: Using Cool Paint thermal insulation prevents solar heat transfer to the cooling system, saving and reducing electricity consumption by about 30 to 40 percent. ‏(On average, 26% of household electricity is used for cooling systems like evaporative and gas coolers).‏‎. ‎ ‏1-3 Water savings: Direct sunlight heats the cooler's metal body intensely at certain times, increasing water evaporation. Using Cool Paint thermal insulation not only conserves water by about 20 to 25 percent but also reduces simultaneous water and electricity consumption, which benefits both environmental and household economy. ‏2- What are the advantages of coating poultry house roofs with Cool Paint thermal insulation? The most effective measure to manage heat stress in poultry houses during hot seasons is coating the roofs and walls with Cool Paint thermal insulation. This reflects sunlight hitting the roof and walls, preventing temperature transfer inside the building. ‏3- What are the benefits of coating rooftop surfaces and exposed side walls with Cool Paint thermal insulation? The roofs of top floors of residential complexes and exposed side walls of buildings heat intensely due to sunlight and transfer a lot of heat into the interior, making living conditions uncomfortable and unbearable for residents. Applying thermal insulation paint on rooftops (on insulation membranes, asphalt, tiles, etc.) reflects about 80% of solar thermal energy, preventing surface heating and heat transfer into the residential building.

Deer Antler Guard is one of the most prestigious building security layers. Due to the variety of security systems in today\'s market and the security systems of the doors and windows of the building, the CCTV, etc., the physical obstacle on the outer edge of the building, the wall of the enclosure, seems necessary.\r\n\r\nCertainly the most important motivation for using deer horn shields on the wall is security, which is the task of the first generation of thorny wires, the second generation of the bayonet shields, and now the third generation of the deer horn fence.

پمپ تزریق چسب 600 میل سوسیسی جهت مصارف چسب پلی اورتان و سیلیکون . تحمل فشار تا حداکثر 10 بار . مناسب مثارف صنعتی و نیمه صنعتی مانند خطوط تولید و کارگاه های مونتاژ این گان ها از بدنه آلومینیومی و قطعات کاملا فلزی مونتاژ شدند. مقدار خروجی چسب ها از طریق سرنازل پلاستیکی که در سر گان قرار میگیردقابل کنترل است. به میزان برشی که کاربر میدهد میتوان چسب رو تزریق کرد. از این دستگاه میتوان در موارد زیر استفاده کرد پنل های سیمانی (فایبرسمنت برد) ساندویچ پنل ها سازه های بتنی و فلزی

فروش انواع فایبر سمنت برد طرح چوب ایرانی و تایلندی جهت استفاده در نمای ساختمانهای شهری و ویلایی ، کانکس و ساختمان های پیش ساخته محصولی فوق العاده برای جایگزینی با چوب ترموو تنوع رنگی بسیار زیاد و سازگار با انواع طرح ها و سلیقه ها مقاومت بسیار عالی در مقابل شرایط جوی و اقلیمی مقاومت بسیار بالا در برابر اشعه UV ابعاد محصول ایرانی : 2.4 متر طول 20 سانتی متر عرض 8 میلی متر ضخامت ابعاد محصول تایلندی: 4 متر طول 20 سانتی متر عرض 8 میلی متر ضخامت

پیچ های سرمته بالدار مخصوص نصب فایبر سمنت برد بر روی سازه گالوانیزه - ساخت تایوان پیچ های مخصوص فایبر سمنت برد در ابعاد زیر قابل ارئه هستند . 25*4.2 هر بسته 800 عدد 32*4.2 هر بسته 800 عدد 38*4.2 هر بسته 700 عدد 50*4.2 هر بسته 500 عدد حال اشاره ای به اعضای ظاهری این پیچ ها داشته باشیم بالهای دو طرف مته سمنت بردرا با قطربیشتری از قطربدنه پیچ می تراشد و به خاطر ظرافت وقتی به پروفیل زیر کار می رسد می شکند و پیچ در فلز فیکس می شود. این موضوع باعث می شود که پیچ فضای حرکت 2 میلی متری در داخل ورق سیمانی باشد. سرمته ایی پیچ ها به پیش سوراخکاری ندارند و خود پیچ از سمنت برد و زیر سازی فلزی رد می شود. تیغه های زیر گل پیچ باعث می شوند که گل پیچ در داخل سمنت برد به راحتی دفن شود و باعث بروز مشکل در عملیات نقاشی نگردد.

vapor barrier layer for dry facade systems and dry walls and sloping shingle roofs. This product is made of one layer of polyethylene and two layers of non-woven polypropylene on both sides. \r\n\r\nThe test for calculating the amount of passing moisture EN 1931\r\n\r\nEach roll has an area of ​​80 square meters\r\nThe width of each roll is 160 cm and the length of each roll is 50 meters long.\r\n Features of vapor barrier layers: low thickness, lightness, high heat capacity, flexibility, 3 layers of sealing, 2 layers on both sides of insulation, optimization of energy consumption, resistance to corrosion. From these layers, it can withstand stretching up to 7 times the length of the insulation, it can be bent, it can be installed with a special insulation adhesive, there is no need for a chicken net to install tiles, ceramics, etc., preventing the passage of cold and hot air. in the body of the structure

فروش انواع فایبر سمنت برد ایرانی و تایلندی - فایبر سمنت ساده و طرح چوب تامین انواع ضخامتهای فایبر سمنت برد جهت اجرای پروژه های نما ، دیوار داخلی ، سقف کاذب ، کف کاذب و ... فایبر سمنت برد های طرح چوب برای استفاده در نمای ساختمانهای ویلایی و کانکس و ساختمان های شهری جایگزین بسیار به صرفه برای انواع نمای خشک مقاوم در برابر شرایط اقلیمی ، حریق و اشعه UV بسیار مقرون به صرفه تر از سرامیک پرسلانی و ترموود و سایر محصولات خشک نما

Sale of cannabis\r\nSelling all Cannaf products including:\r\nSell ​​60 x 60 tiles (gypsum-pvc-aluminum, etc.)\r\nSelling Gypsum Panel Includes Panels (Wet Resistant and Fire RG 12.5 RG 9.5 - MR - FR - (FM and ...\r\nSale of galvanized structures for cannabis infrastructure at factory price includes:\r\nClick Galvanized Profiles for False Ceiling Infrastructure (Galvanized Profile 3.60 - Galvanized Profile 1.20 - Galvanized Profile 0.60 - L24 Corner and ...\r\nF47 - UH36 - L25 - Bracket - Clip and ...\r\nGalvanized Wall Infrastructure Profiles Includes Runner U100 - U70 - U50 and Master C100 - C70 - C50 and ...\r\n \r\nSelling all accessories for wall and false ceilings including: Types of screws - mesh strips - sealant putty - mastics and ...\r\nPhone: 44349300 (021)\r\nMobile: 09381884014\r\nWebsite

Production and distribution of all kinds of pots and flour boxes of exterior and inner greenery this morning Concrete Boxes for the Green Wall of Concrete / Slit around Ramps and Highway and ... In different sizes proportional to the angle of slopes Implementation of the company's specialists and installation of pots according to the infrastructure to prevent From soil falling and using geo -textile and geogrid and specialized drainage Infrastructure and implementation and stabilization of soil and planting plants suitable for the desired space and implementation of drip irrigation system Golfal this morning

Cement production is used for the following Cement Board, Wall Cement Drive, False Ceiling, Wallpaper, Partitioning, Cement Board, LSF Steel Structure, Prefabricated Building, Prefabricated Wall, Cement Board Sale Cement Co. Noteworthy Mass Manufacturers and Makers throughout Iran Cement Messenger of a huge change in the building industry Component of technologies introduced to the Ministry of Housing and Urban Development Different products for all parts of the building; walls, partitioning, false ceiling, Floor of the building. Extraordinary light, fast implementation, high colorability Increase the surface of the building in a 100 -meter unit of 10 square meters (this is equal to total costs) Structural weight loss time Weight per square meter of wall and 50 kg (special attention) compared to other walls and Removal of traditional materials such as brick, pottery, plaster block, plastering and Absence Creating dry construction without the need for mortar Resistant to moisture, fire, termites and ultraviolet rays (UV) Possibility Ease of mechanical and electrical installations Applicable in steel and concrete structures for facade with Master and Runner infrastructure, internal partitioning, false ceiling and applicable to LSF metal structures Being economical to save project implementation time of 40% Dear creators, is there a better and more cost -effective product that is free to you? Taheri Management Our Communication with 02165232180 with 09127183356 Log in to visit

Parabad Star Importer of Finland with a long and long history of importing, selling and implementing this product is at your service With your confidence this time, the sale of raw imported wood (Sasna, Yolka, Oak, Rush) from Finland, Russia, Estonia, Belarus, etc. has also been added to our services so that we can provide the need for wood in other uses except for the facade of the building and so on. Visit our website for more information 021-22137149-52 Direct number of sales unit 09196515713 and 19

بست های لوله لینکران جهت مهار انواع لوله از جمله لوله های سیستم های سرمایشی و گرمایشی،اسپرینکلر،آب سرد وگرم مصرفی و خطوط لوله افقی و عمودی مطابق با سایز لوله مورد استفاده قرار می گیرند. با استفاده از بست های عایق‌دار می توان از تماس مستقیم فلز با فلز هنگام اتصال لوله به سازه ساپورت و انتقال لرزش و صدا جلوگیری نمود. بست های لوله لینکران در انواع و سایزهای متفاوت از جمله : _بست لوله آتش نشانی گلابی شکل CSH _بست لوله چندمنظوره CST _بست لوله فاضلابی CPW _بست لوله چنگکیCGS

لرزه گیرهای فنری مهاردار لینکران به صورت تک فنره، دو فنره و چهار فنره به همراه عناصر لاستیکی، برای جذب ارتعاشات ناشی از کارکرد تجهیزات مکانیکی مانند چیلرها، برج های خنک کننده و فن های صنعتی و کاهش انتقال نویز، شوک و لرزش فرکانس پایین تولید شده توسط این تجهیزات به سازه ساختمان تولید می شوند. استفاده از این لرزه گیرها برای تجهیزاتی که هنگام روشن و خاموش شدن، بارهای دینامیکی قابل توجهی ایجاد می کنند ضروری است. این لرزه گیرها دارای پایداری جانبی بالایی بوده و میزان فشردگی اولیه فنر به وسیله پیچ هایی در قسمت بالای قاب قابل تنظیم می باشد

Supply of almond sand, chickpeas and washed sand in Asalouye area\r\nIn industrial areas, Asalouye\r\nTypes of sand\r\nCrushed sand: sand obtained by breaking dense rocks such as limestone or granite. Because these sands are artificially produced and not formed by wear, they have a rough surface and sharp corners; Which makes them suitable for making concrete.\r\nWashed sand: It is sand that is washed after processing to remove dust and dirt. This will increase their adhesion in the mortar.\r\nDouble-salted sand: Double-salted sand, as its name suggests, is washed twice. This work makes all the pollution and particles on it to be cleaned efficiently and it is a very suitable option for concreting.\r\nWind-blown sand: Wind-blown sand is a type of natural sand that the wind has caused to move over each other and wear them. The grains of this sand are very small and therefore not suitable for making concrete.\r\nSoil sand: This sand has very small particles like soil and is gray in color.\r\nWhat is sand?\r\nGravel, like sand, is an aggregate obtained by crushing natural stones. The size of gravel is bigger than sand. Based on their shape, sand can be divided into pea sand, almond sand, needle sand and flake sand.\r\nBoth sand and sand are created together, but differences such as size, shape and granularity separate them from each other. The most important difference between sand and sand can be seen in the following cases:\r\n\r\nThe first difference between sand and sand is their size. The size of sand grains is 60 to 2 mm and the size of sand grains is 2 to 0.6 mm.\r\nThe next thing is the price difference between sand and sand. In the construction of large structures, using gravel for the foundation is cheaper than sand.\r\nAnother difference between sand and sand is in the settlement of the structure; This happens less often in structures that are in sand.\r\nSand is more porous than gravel.\r\nAnother important difference between sand and sand is that they use sand in making concrete, but not sand.\r\nAnother difference between gravel and sand is that because there is a larger space between the sand particles, it is easier to move.\r\nThe difference between sand and sand makes it easier for water to move through sand.\r\nSand is mainly quartz and is formed from the weathering of igneous rocks such as granite.\r\nThe difference between natural and broken sand is that natural sand is found in the same way in nature (mainly river beds). But broken sand is made artificially in factories by breaking large rocks.\r\nThe difference between sand and sand according to publications 101 and 55 is that sand is coarse aggregate and sand is fine aggregate.\r\nAnother difference between sand and sand, according to publications 101 and 55, is that sand is obtained from the river or broken stone or a mixture of these two, or from the top of the furnaces. But sand is prepared in natural or broken form.

Supplying and sending matte and shiny masbara in different sizes\r\nThe manufacturer of the highest-quality masbara approved by the employers of large industrial projects in the oil and gas industry\r\nIn industrial areas, especially Asalouye, Chabahar, Jask and other parts of the country\r\napplications\r\nUsing high pressure blasting equipment, this product is the most suitable material in terms of quality and price to remove rust, deposits and prepare surfaces for painting (such as ship hulls). which is used in shipbuilding, bridge construction, steel industry, etc.\r\nThis product is also used in sandblasting operations in the automotive industry, where sandblasting is used to remove some impurities and precisely clean the metals used in car parts.\r\nWhat is Masbara?\r\n Copper slag is a by-product of the process of melting minerals and used metals, which is formed during the separation of metals from impurities in the furnace.\r\nDuring the melting of minerals, the impurities remain floating on the molten metal, which after cooling produces angular granules called mesbareh, which have irregular granulations that are used as abrasives. In general classification, slags can be classified according to processing conditions into blast furnace (BF) slag, air-cooled blast furnace (ACBF) slag, basic oxygen furnace (BOF) slag, and electric arc furnace (EAF) slag.\r\nMasbara specifications\r\nGrit slag is a byproduct of the copper mining process. Due to its hardness and high density, this product has a higher speed and surface cleanliness than other abrasive materials and is the best alternative to common abrasives such as silica. Due to the low percentage of silica, there is no danger to human health, and its price is also low recently due to its large production.\r\n Masbareh and its superiority over silica sand\r\nConsidering that the use of silica sand as an abrasive is more common and in demand than other abrasives in Iran. The advantages of masbara compared to silica sand are stated as follows:\r\nAccording to the classification of slag abrasives in the important and international standard SSPC-AB1, this product is in category A with minimum free silica (crystalline silica) which is less than 1%. This means that there is no It does not cause environmental pollution, while the percentage of free silica in silica sand reaches over 90% due to its purity. That is, the dust produced during blasting is the cause of two dangerous diseases, silicosis and lung cancer. ) becomes\r\nThe minimum hardness of copper slag based on the international standard (ISO-11127-4) is seven mos. which is measured by the glass slide method and has a much higher hardness compared to silica sand. As a result of the contact of this abrasive with the surfaces, it is easy to clean any dirt and rust, rolling oxides and old coatings with high thicknesses, and the surface preparation is done in the best way by providing the maximum adhesion between the surface and the coating.

Grout Polad-2 looks like Grout Polad-1, with the difference that its expansion is very small and only to the extent of compensating the shrinkage of the cement.\r\nBy making further modifications in the formulation of this grout, its mechanical properties have been improved so that its compressive strength has reached at least 650 Kg/cm² with an increase of about 20% compared to Polad-1 grout.\r\n\r\nIndications:\r\n\r\nPrefabricated concrete structures such as walls, columns and beams connecting bolts to foundations, column plates, machinery foundations, crane rails, bridge foundations.\r\n\r\nAdvantages:\r\nPolad-2 grout has more abrasion resistance than Polad-1 grout, so this grout can also be used for hard floors.\r\n\r\nMethod and dosage:\r\nIn order to prepare and use a suitable and ideal grout, it is necessary and necessary to prepare the preparations for doing this work correctly.\r\n\r\nThe suitable temperature for preparing and using grout is 10°C to 30°C, and the working environment and materials should be kept at this temperature. Cold weather slows down the setting time and does not reach the resistance and the ability to work on the grout is lost.\r\n\r\nThe place where the grout is used must be clean and free from dust, oil and grease. This place must have been completely moistened before. At the time of pouring the grout, the proper angle of the grout should be maintained for the unhindered movement of the grout, and the grout should be poured continuously to prevent the formation of air bubbles.\r\n\r\nGrout Polad-2 (G2) is a ready-to-use product that only needs to be added with water of the right quality (without additional potable salts). The amount of water needed to make this mortar varies from 13% to 16% of the weight of the dry materials, depending on the required plasticity.