Om Corporation C. G. Road, Ahmedabad, Gujarat

We provide the best weaving machines that are faster in weaving. Water jets are proffered in certain type of fabrics. We provide these spares at economical rates. Our product can produce superior high quality fabrics that have good exterior and feel.

Material : SS, MS

  he Round Mild Steel Textile Warp Beam is a robust and precision-balanced cylindrical component designed specifically for use in weaving and warping machines in the textile industry. Fabricated from high-quality mild steel, it offers excellent structural integrity, uniform wall thickness, and dimensional accuracy to ensure smooth and vibration-free operation during high-speed yarn unwinding. The beam typically features a seamless, round body with machined flanges or end discs that are dynamically balanced to prevent wobble and reduce mechanical stress on the loom. Its surface is often polished or coated to prevent yarn abrasion and minimize lint buildup, ensuring consistent yarn tension and fabric quality. Available in various diameters, lengths, and flange sizes to suit different loom types, the warp beam is designed to withstand heavy warp tension while maintaining alignment and rotational balance. The mild steel construction provides a good combination of strength, durability, and cost-effectiveness, making it suitable for a wide range of synthetic and natural yarn applications.     Ask ChatGPT

Country of Origin : India

The Rocker Arm Assembly is a crucial component in internal combustion engines, responsible for converting the rotational motion of the camshaft into linear motion to operate the engine’s intake and exhaust valves. Typically manufactured from forged or cast steel, aluminum alloy, or high-strength sintered metal, the assembly consists of rocker arms, rocker shafts, pushrods, and related supports or bearings. It operates under high-temperature and high-pressure conditions, typically up to 150°C and engine speeds exceeding 6000 RPM. The rocker arms pivot on a shaft or individual studs, driven by cam lobes via pushrods or hydraulic lifters, ensuring precise valve timing and movement. Surface treatments such as nitriding, phosphate coating, or induction hardening are applied to reduce friction and wear. The assembly is usually lubricated through internal oil channels or splash lubrication from the engine’s lubrication system. Rocker arm assemblies are used in overhead valve (OHV), overhead camshaft (OHC), and single or double camshaft configurations. It is a non-electrical, mechanically driven unit that contributes to engine efficiency, combustion accuracy, and reduced valve noise. The components are often engineered to meet OEM standards such as SAE, ISO, or IATF for durability and performance.

Country of Origin : India

Material : Steel

Usage/Application : Converts Camshaft Motion To Operate Intake And Exhaust Valves In Engines

The Mild Steel Guide Roller is a precision-engineered component used to support, align, and guide materials in motion across conveyor systems, rolling mills, material handling setups, and industrial processing lines. Manufactured from high-grade mild steel (low carbon steel), it offers excellent machinability, dimensional stability, and resistance to impact and wear under moderate load and speed conditions. The roller surface is often machined to a smooth finish and may be optionally hardened, coated, or zinc-plated for improved corrosion resistance and reduced friction. It typically features a cylindrical or crowned profile with precision bearings or bushings integrated into the shaft to ensure smooth and quiet operation. Designed for both horizontal and vertical guidance, these rollers are available in various diameters and face widths, with shaft extensions customized to fit bearing housings or mounting brackets. The material’s ductility and toughness make it suitable for medium-duty applications, providing reliable performance in temperatures ranging from –10°C to +120°C. Mild Steel Guide Rollers are commonly used in textile machinery, steel plants, packaging equipment, and conveyor systems.

Shape : Round

Country of Origin : India

Material : Mild Steel

Application : Textile Machinery, Steel Plants, Packaging Equipment, Conveyor Systems

The OMC Main Nozzle is a critical engine component designed to precisely regulate the flow of fuel and air mixture into the combustion chamber of outboard motors, particularly in carburetor-equipped marine engines. Manufactured from high-grade brass or stainless steel, the nozzle ensures high resistance to corrosion, fuel erosion, and marine environmental conditions. It features accurately machined orifices that deliver consistent spray patterns and atomization, enhancing combustion efficiency and engine performance. The nozzle is engineered to exact OEM specifications for flow rate, thread compatibility, and fit, ensuring seamless integration with OMC (Outboard Marine Corporation) carburetor systems. Its compact design supports easy installation and maintenance, while its flow characteristics are optimized for both idle and full-throttle operation. The OMC Main Nozzle plays a vital role in ensuring smooth acceleration, stable engine idling, and optimal fuel economy in two-stroke and four-stroke outboard engines.

Country of Origin : India

Material : Stainless Steel

Packaging Type : Metallic

Application : Regulate Fuel And Air Flow In Outboard Motors

Feature : Accurately Machined Orifices For Consistent Spray Patterns

Number Of Flower : Engine Component

The Leno Motion Weaving Assembly is a mechanical unit designed for use in shuttle or shuttleless looms to produce leno weave fabrics with enhanced edge stability and structural integrity. Constructed with a precision-ground main shaft, cast iron or mild steel mounting supports, and hardened alloy steel gears, this assembly ensures synchronized and reliable motion transmission during high-speed weaving. It features a cam or gear-based mechanism that facilitates the controlled crossing of ground and doup warp threads, creating a stable mesh structure in the fabric. The system operates through mechanical power input, typically driven via chain or gear linkage from the loom shaft. It functions effectively within ambient temperature ranges of 10°C to 50°C and does not require any electrical voltage source. The housing may be provided with a transparent protective cover for safe operation and visual inspection. Surface components are usually rust-protected with paint or plating for durability. The assembly is widely used in the production of netting, gauze, curtain fabrics, and technical textiles, and may be compatible with looms conforming to IS, ISO, or other textile machinery standards.

Country of Origin : India

Material : Steel

Application : Produce Leno Weave Fabrics With Enhanced Edge Stability And Structural Integrity In Shuttle Or Shuttleless Looms

Number Of Flower : Mechanical Unit

The Heald Frame Guide is a precision-machined component used in weaving looms to ensure the accurate and smooth linear motion of the heald frame during high-speed fabric production. Typically manufactured from wear-resistant materials such as hardened steel, aluminum alloy, or high-grade engineering plastics, the guide offers excellent dimensional stability, low friction, and long service life under continuous dynamic loads. It maintains precise alignment of the heald frame, minimizing vibration and reducing wear on loom parts, thereby improving weaving efficiency and fabric quality. The guide is designed to support reciprocating vertical or lateral movement, often incorporating linear bushings, rollers, or lubrication features to facilitate quiet and low-maintenance operation. Available in various configurations and mounting styles, it is compatible with modern shuttleless and traditional looms. Its high mechanical accuracy ensures reliable positioning of the heald frame, which is critical for consistent warp yarn separation and high-speed weaving performance.

Shape : Rectangular

Country of Origin : India

Material : Steel

Feature : May Incorporate Linear Bushings, Rollers, Or Lubrication Features

Number Of Flower : Precision-machined Component

Application : Guide For Heald Frame In Weaving Machines

The Plastic 2 Eye Feeler Head is a precision-molded component used in textile weaving machines, particularly in yarn detection and control systems. Designed with two aligned eyelets, it facilitates smooth passage and monitoring of individual yarn threads, helping to detect breakages or irregular tension during operation. Made from durable, abrasion-resistant plastic such as nylon or polyacetal, the feeler head offers excellent dimensional stability, low friction, and resistance to wear even in high-speed applications. The two-eye configuration allows for accurate guidance and separation of multiple threads, reducing the chance of entanglement or misfeeds. It is lightweight, non-corrosive, and suitable for use in environments with standard ambient operating temperatures between 10°C and 60°C. The component is entirely mechanical and does not require any electrical source for function. Its surface is smooth and anti-static, helping to minimize yarn snagging and dust accumulation. The Plastic 2 Eye Feeler Head is widely compatible with various types of looms and textile sensors, contributing to enhanced efficiency and reduced downtime in fabric production.

Certification : ISI Certified

Country of Origin : India

Material : Plastic

Application : Textile Weaving Machines For Yarn Detection And Control

Feature : Two Aligned Eyelets, Lightweight, Non-corrosive, Smooth And Anti-static Surface

Number Of Flower : Component

The DRC Rod is a precision-engineered textile machinery spare part commonly used in weaving and spinning machines to ensure accurate alignment, motion transfer, and fabric control. Made from high-tensile alloy steel or hardened stainless steel, the rod provides excellent strength, dimensional stability, and resistance to bending or wear during continuous high-speed operation. It plays a vital role in the coordinated movement of key loom mechanisms such as the dobby, cam motion, or shedding assemblies, depending on the machine type. The surface of the DRC rod is typically treated with chrome plating, black oxide coating, or polishing for enhanced corrosion resistance and smoother operation. Designed to perform within a standard ambient temperature range of 10°C to 60°C, it operates purely on mechanical force without requiring electrical input. With precise machining and tolerance control, the DRC rod ensures low vibration and noise during textile production, contributing to consistent fabric quality. It is compatible with various international loom brands and complies with industry norms for performance, durability, and interchangeability.

Material : Steel

Number Of Flower : Textile Machinery Spare Part

The Dobby Rope Wire is a specialized mechanical linkage component used in mechanical dobby weaving machines to transmit motion from the dobby mechanism to the heald frames with high accuracy and reliability. Constructed from high-tensile steel or galvanized wire with a braided or twisted structure, it is designed to endure continuous flexing, tension, and dynamic loads during high-speed loom operation. The rope wire features a smooth, wear-resistant outer surface and may be coated with a protective layer such as zinc or polymer sheath to enhance corrosion resistance and extend service life. It operates effectively within a working temperature range of -10°C to 60°C and functions purely through mechanical transmission, without any electrical input. The Dobby Rope Wire ensures synchronized and responsive shed formation, contributing to consistent fabric quality and machine efficiency. It is compatible with various dobby brands and weaving loom models and adheres to industry manufacturing standards for tensile strength, elongation control, and dimensional precision.

Material : Steel

Coating : Zinc Or Polymer Sheath For Corrosion Resistance

Usage : Transmit Motion From Dobby Mechanism To Heald Frames In Dobby Weaving Machines

Number Of Flower : Mechanical Linkage Component

Country of Origin : India

The Dobby Cam Lever is a critical mechanical component used in dobby weaving machines to convert rotary motion into linear movement for precise control of the harness or heald frame. Manufactured from high-grade cast iron, alloy steel, or hardened mild steel, the cam lever is engineered to withstand repetitive motion, high-speed cycling, and operational stress over extended production cycles. It features precision-machined surfaces and balanced geometry to ensure smooth pivoting and minimal vibration. The lever is heat-treated or surface-hardened to enhance wear resistance and dimensional stability under operating temperatures ranging from 10°C to 70°C. Typically unpowered, the lever operates through mechanical linkage and is synchronized with the dobby shaft or cam assembly to maintain accurate timing in the shedding process. It is corrosion-resistant due to protective coatings like phosphate or black oxide finish and is designed for easy installation and alignment with the dobby motion system. The Dobby Cam Lever is essential in maintaining consistent warp lifting patterns and high-quality woven fabric output, and it conforms to textile machinery standards for precision and durability.

Country of Origin : India

Material : Steel

Application : Convert Rotary Motion Into Linear Movement For Precise Control In Dobby Weaving Machines

Feature : Precision-machined Surfaces, Balanced Geometry, Heat-treated Or Surface-hardened, Corrosion-resistant

Number Of Flower : Mechanical Component

An AC Solenoid Valve is an electromechanically operated valve used to control the flow of liquids or gases in automated systems. It operates using an alternating current (typically 110V or 230V AC), which energizes a solenoid coil to actuate the valve mechanism. Constructed from materials such as brass, stainless steel, or engineering plastics, the valve is available in direct-acting, pilot-operated, or semi-direct acting types, depending on the pressure and flow requirements. It features a robust electromagnetic coil, precision-machined plunger, and durable sealing materials like NBR, EPDM, or PTFE, ensuring reliable sealing and fast response. Suitable for temperature ranges from -10°C to 80°C or higher depending on the model, the valve is commonly used in HVAC systems, industrial automation, fluid control systems, and water treatment equipment. The surface finish is typically smooth and corrosion-resistant, with threaded or flanged end connections for easy installation. Many AC solenoid valves meet certifications such as CE, RoHS, and ISO, supporting safe and compliant use across a variety of industrial and commercial applications.

Certification : ISO 9001:2008 Certified

Country of Origin : India

Material : Steel

Actuation Type : Direct-acting, Pilot-operated, Semi-direct Acting

Temperature Range : -10°C To 80°C

Application : HVAC Systems, Industrial Automation, Fluid Control Systems, Water Treatment Equipment