| ho@unitechmeter.com |
| Business Type | Manufacturer, Exporter, Supplier |
| Material | Cast Iron (BS:1452 GR 220) |
| Type | Steam Traps |
| Application | Steam Lines,Heat Exchangers,Process Equipment & Industrial Steam Systems |
| End Connection | Screwed Female BSP (Parallel To BS:21) |
| SKU | UPC-BST-444 |
| Size Range | 15mm To 50mm |
| Pressure Rating | Up To 10 Bar |
| Trim Material | Stainless Steel (AISI 304) |
| Outlet Pressure | Up To 10 Bar |
| Flow Characteristics | Continuous Discharge |
| Operation Type | Mechanical Float Operated |
| Performance | Efficient Condensate Removal, Energy Saving & No Steam Leakage |
| Business Type | Manufacturer, Exporter, Supplier |
| Type | Moisture Separator |
| Brand Name | UPC |
| Material | SG Iron (Ductile Iron) |
| Usage | Steam Lines, Boilers, Process Industries & Industrial Pipeline Systems |
| SKU | UPC-MS-480 |
| Model No. | UPC-MS-480 |
| End Connection | Flanged Ends (BS:10 Table H) |
| Testing Pressure | 26 Kg/cm² |
| Working Pressure | 13 Kg/cm² (Steam) |
| Performance | Efficient Moisture Removal, Improved Steam Quality & System Protection |
| Business Type | Manufacturer, Exporter, Supplier |
| Usage/Application | Steam Line Condensate Removal,Industrial Steam Systems |
| Material | Stainless Steel (CF8 Body) |
| Product Type | Thermodynamic Steam Trap |
| Size Range | 15 Mm To 25 Mm |
| End Connection | Screwed Female BSP Parallel |
| Thread Standard | BS 21 |
| Working Pressure | Up To 31.2 Bar @ 425°C |
| Shell Test Pressure | 62 Bar |
| Operation Type | Thermodynamic Disc Type |
| Feature | High Temperature & Pressure Resistance |
Steam and trap systems are essential for maintaining efficient steam distribution and condensate removal in industrial facilities. They help transfer heat effectively, reduce energy loss, prevent water hammer, and protect pipelines and process equipment. These systems are widely used in power plants, food-processing units, chemical industries, textile mills, pharmaceutical plants, refineries, paper mills, and manufacturing facilities.
As a reliable Steam & Trap Systems Manufacturer, we provide dependable solutions for controlling steam, discharging condensate, and improving overall system performance. Our products are designed to support safe operation, reduce maintenance requirements, and help industries use steam energy more efficiently.
Choosing an experienced Steam & trap systems manufacturer is important for industries that depend on steam for heating, drying, sterilisation, processing, or power generation. A properly designed system ensures that steam reaches the required equipment while condensate and non-condensable gases are removed efficiently.
Steam traps automatically discharge condensate without allowing valuable live steam to escape. This helps maintain suitable operating temperatures and prevents water from collecting inside pipelines or process equipment. Efficient condensate removal also reduces corrosion, vibration, and damage caused by water hammer.
Steam and trap systems may include steam traps, separators, pressure-reducing valves, strainers, condensate recovery units, flash vessels, check valves, control valves, and monitoring equipment. The correct combination of components depends on the application, steam pressure, condensate load, temperature, and process requirements.
A professional steam & trap systems manufacturer offers products in different sizes, pressure ratings, materials, and operating configurations. Common steam trap types include thermodynamic, float and thermostatic, inverted bucket, balanced pressure, and bimetallic traps.
Each type is suitable for specific applications. Thermodynamic traps are compact and commonly used in steam mains. Float and thermostatic traps are ideal for process equipment with continuous condensate loads. Inverted bucket traps provide dependable performance in demanding industrial environments.
Products may be manufactured using cast iron, carbon steel, stainless steel, forged steel, or specialised alloys. The material is selected according to steam pressure, temperature, corrosion risk, and the surrounding operating environment.
Steam and trap systems are used in heating coils, heat exchangers, dryers, jacketed vessels, sterilisation equipment, steam tracing lines, boilers, turbines, and process machinery. They support efficient heat transfer by keeping steam spaces free from condensate.
Food and beverage industries use steam systems for cooking, cleaning, pasteurisation, and sterilisation. Pharmaceutical facilities require controlled steam for hygienic production and equipment sanitation. Textile mills use steam during dyeing, finishing, pressing, and drying processes.
Chemical plants, refineries, paper mills, rubber units, and engineering industries also depend on reliable steam distribution. A properly maintained trap system reduces steam leakage and helps control operating costs.
A trusted steam & trap systems manufacturer may provide technical assistance for product selection, system design, installation, inspection, and maintenance. Understanding pressure conditions, condensate quantity, pipe size, and application type is essential for selecting the correct steam trap.
Before dispatch, products may undergo pressure testing, leakage inspection, dimensional checks, and performance evaluation. These quality checks help ensure safe and dependable operation under specified conditions.
Proper packaging protects valves, traps, threads, flanges, and internal components during storage and transportation. Bulk orders can be supplied with suitable technical documents, inspection reports, product labels, and shipment support.
Working with an experienced Steam & trap systems manufacturer helps industries improve steam efficiency, reduce energy wastage, protect equipment, and maintain stable process temperatures. Quality steam and trap solutions support safer operations, lower maintenance expenses, and better long-term performance.
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