Silent Hangers are fixed by a threaded rod to hold the main channel in silent ceiling systems. They are used in cinema ceiling systems and have high performance in sound insulation.
Advantages:
Ceiling System
Gframe L-bracket is a simple rigid structure in the form of an L. It is used in dry lining and external cladding.
Advantages:
Lining System
Partition System
The furring channel joiner is used in ceiling application where connection between two consecutive furring channels is needed. This joiner is easy to install and does not require any special tool to be installed.
Advantages:
Ceiling System
Lining System
The perforated corner bead is used for exterior corner jointing. It allows the jointing compound to be fully settled on the jointing area; the compound goes through the bead and strongly fix the corner to the boards. It is used in dry lining and drywall partitioning to give a smooth and impact resistant finishing.
Advantages:
Partition System
Lining System
The control joint is a combination of two perforated beads that interlock with a PVC rubber joint. It may be used as a control joint in suspended ceilings, drywall, and lining based on project requirements. The control joint is designed to allow up to 4 mm movement in each direction.
Advantages:
Partition System
Lining System
Ceiling System
SINTERING PRODUCTS
Products which include Sintered Iron Bush, Sintered Bronze Motor Bush, Sintered Bronze Textile Machine Bush, Sintered Flanged Bronze Bush and Sintered Gunmetal Air Cooler Bush, Gears.
Piercing Die Insert - Use to make muffler tube in Exhaust system. Made of M2 grade steel with a precision of 5-6 microns. Being used to manufacturer high end luxury car's exhaust system
Technical Specification
We manufacture high tensile fasteners in all grades as per customer's drawings/sample and specifications. Non Standard Nuts & Bolts used in Cement Plants, Fertilizer Plants, Automobile Industries etc.
Wafer Chuck Technical Specifications
Application: Precision wafer holding and positioning for semiconductor wafer processing, inspection, lithography, and dicing systems.
1. Product Overview
A Wafer Chuck is a high-precision holding device designed to securely position semiconductor wafers during various fabrication and inspection processes. These chucks ensure uniform wafer flatness, minimal vibration, precise alignment, and contamination-free operation, which are critical for high-yield semiconductor manufacturing.
Wafer chucks are engineered to meet strict requirements of cleanroom compatibility, micron-level accuracy, and high thermal stability.
2. Types of Wafer Chucks
Depending on the application and equipment used in semiconductor fabrication:
2.1 Vacuum Wafer Chuck
Uses vacuum suction through precision micro-holes or grooves to hold the wafer.
Typical Applications
Wafer inspection systems
Wafer probing
Lithography tools
Metrology equipment
2.2 Electrostatic Chuck (ESC)
Uses electrostatic forces to hold the wafer.
Typical Applications
Plasma etching
Chemical vapor deposition (CVD)
Physical vapor deposition (PVD)
2.3 Mechanical Wafer Chuck
Uses mechanical clamps or edge grips.
Our impact sockets are available in a wide range of lengths and wall thickness and with single or double hex openings. Square openings are also available. Impact sockets are designed for use with powered impact wrenches where wrenches can be powered pneumatically (by compressed air) or electrically. The combination of wrench and impact socket can deliver greater torque to the head of a fastener.
A few common types that are used are as under:
6 Point Standard Impact Sockets
6 Point Deep Impact Sockets
12 Point Standard Impact Sockets
12 Point Deep Impact Sockets
4 Point Standard
8 Point Standard
Thin Wall Impact Sockets -Standard
Thin Wall Impact Sockets-Deep
