Keeping track with the market development, we are engaged in offering our clients with a wide collection of Turcite Sheet Strip Bush that is mainly used for insulation purpose. The offered bush is meticulously tested on various quality parameters and is widely demanded in various industries. Provided bush is manufactured by utilizing optimum quality raw material and latest technology. In line with international standard we provide the entire range in various customized options and at affordable prices.
Features:
Robust construction
Compact size
Durability

In line with clients'' variegated requirements, we bring forth a distinguished collection of Lead Sheet. This sheet is designed at our ultra-modern manufacturing unit using the superb quality lead and progressive technology in conformance with defined quality standards. Being a quality-oriented organization, we assure our clients that this lead is excellent on counts of durability and quality.
Features:
Sturdy construction
Enhanced durability
Crack-resistance

Other Details:
Radiation Shielding - Laboratories, Hospitals, Dental Offices and Veterinary Clinics
Construction - Roofing, Flashing and Waterproofing
Corrosion Protection - Acid Storage and Handling - Autoclaves - Precipitators
Movable Lead Screens
Sound Barriers and Sound Proofing
Nuclear Energy Shielding
Tank Lining
Vibration Absorbers
In Stock Sizes/thicknesses
Federal Specification QQ-L-201F
ASTM B29 Specification

Recommended Thickness of Lead Shielding of X-Ray Rooms
X-Rays generated by peak voltages not exceeding
Minimum thickness of Lead
Weight per Square Foot in PoundsMillimeters (mm)Inches75 kV1.00.0392-1 / 2100 kV1.50.0594125 kV2.00.0795150 kV2.50.0987175 kV3.00.1188200 kV4.00.15710225 kV5.00.19713300 kV9.00.35424400 kV15.00.59138500 kV22.00.36956600 kV34.01.34381900 kV51.02.000120

We have an exhaustive range of Industrial Laminates Paper & fabric base Bakelite Sheets in electrical & mechanical variety. Our products that are made from premium quality raw materials are highly in demand for the dimensional accuracy, mechanical strength, heat resistance and low absorption of water. Also known as Phenolic Laminated Sheets, Bakelite Sheet is double-sided high-pressure laminate.

These laminated sheets are available as Paper Phenolic Laminates, Industrial Laminate Sheets, Epoxy Laminate Sheet and Electric Insulation Molded Rod (Cotton Cloth Based), in a wide range of thickness and grades. Experts to ensure the appropriateness of design, glossiness and surface finish test these Industrial Laminates Paper & Bakelite Sheets. Our products find application in liquor, agriculture, food and many other industries. We have the expertise to ensure that the products we deal are of the premium quality.

Modeling and Styling Boards
CHARACTERISTICS
very fine structures mooth and paintable surfaceexcellent processing properties
APPLICATIONS
master and copy modelscubing and data modelsgeneral modelling
Colour braun
Coefficient of thermal expansionapprox. 55 x 10-6 K-1
Temperature resistance approx. 65 DegreeC Shore D approx. 70
Compressive strengthapprox. 25 N/mm
Flexural strengthapprox. 27 N/mm 
Density approx. 0,70 g/cm 
Abrasion resistance (at defined parameters)approx. - mm 
Fire protection classification B2
Electrical current resistancevapprox. -  x cm
Notched impact strength approx. - kJ/m 
Thermal conductivity approx. 0,11 W/mk

We feel immensely pleased to offer an exclusive gamut of Bakelite Hylam Sheet. It is used in the fabrication of insulating components for applications such as switchgear, electric motors and transformers. Our offered range is manufactured utilizing optimum quality raw material and advanced technology by our skilled professionals. In order to ensure quality, this sheet is rigorously tested on various parameters. In tune with industry standard, we provide the entire range in various sizes and designs, as per the ever-evolving requirement of our clients.
Features:
• Rugged construction
• High quality
• Excellent strength  Specifications: IS BS NEMA DIN Material Description 2036 Grd P 1 2572 Grd P 1 LI 1-1959 Grd-X 7735 Grd-Hp 2061 Paper Base Laminate with good mechanical and machining properties 2036 Grd P 1 2572 Grd P 1 LI 1-1989 Grd XP 7735 Grd-Hp 2061 Paper Base Laminate with good flexibility and mechanical properties - 2572 Grd P 1 - - Paper Phenolic Base with Polar White Melamine face laminate 2036 Grd P 1 2572 Grd P 1 LI 1-1989 Grd XP 7735 Grd-Hp 2061 Paper Base Laminate with good punching and heat resistant properties 2036 Grd P 1 2572 Grd P 2 LI 1-1989 Grd XP 7735 Grd-Hp 2061.5 Paper Base Laminate with good mechanical and medium electrical properties 2036 Grd P 2 2572 Grd P 2/1 LI 1-1989 Grd XX 7735 Grd-Hp 2061.5 Paper Base Laminate with good mechanical and better electrical properties than P 1 2036 Grd P 2 2572 Grd P 2/1 LI 1-1989 Grd XXP 7735 Grd-Hp 2061.6 Paper Base Laminate with good heat resistant properties 2036 Grd P 3 2572 Grd P 3 LI 1-1989 Grd XXX 7735 Grd-Hp 2061.6 Paper Base Laminate with good electrical properties under humid conditions

Owing to our stern quality administration approaches, we are energetically engrossed in the business of offering a broad assortment of Tungsten Carbide. The material used in their manufacturing procedure is of optimum quality and these products are confirmed stringently before getting provided at the end of our patrons.

Features:

Chromium copper alloys are high copper alloys, containing 0.6 to 1.2% Cr. The chromium copper alloys are used for their high strength, corrosion resistance and electrical conductivity. The chromium copper alloys are age hardenable, which, in this case, means that a change in properties occurs at elevated temperature due to the precipitation of chromium out of the solid solution. The strength of fully aged chromium copper is nearly twice that of pure copper and its conductivity remains high at 85% IACS, or 85% that of pure copper. These high strength alloys retain their strength at elevated temperatures. The corrosion resistance of chromium copper alloys is better than that of pure copper because chromium improves the chemical properties of the protective oxide film. Chromium copper has excellent cold formability and good hot workability. It is used in applications such as resistance welding electrodes, seam welding wheels, switch gears, cable connectors, circuit breaker parts, molds, spot welding tips, and electrical and thermal conductors that require strength. Chromium copper alloys are designated as UNS C18050 through C18600, the cast alloys are C81400 through C81540.

The age hardening reaction occurs because the solid solubility of chromium in copper decreases as the temperature decreases. The structure of slow cooled chromium copper is a two phase mixture of chromium and alpha copper. Superior mechanical properties are achieved by fast-cooling the chromium copper alloys from the annealing temperature, so the chromium remains in a supersaturated solid solution with the copper. Followed by an aging treatment where the chromium precipitates from the solid solution forming a very fine dispersion of precipitates in the matrix. The microstructure of a quenched or quickly cooled chromium copper alloy appears similar to that of the unalloyed copper. A fast cool prevents the chromium from precipitating out of the solid solution, so the resulting cast structure consists of a single phase alpha copper structure. The first material to solidify is pure copper, followed by a eutectic mixture of alpha and chromium. The alpha and chromium eutectic material forms a lamellar structure in the interdendritic regions. The microstructure of the wrought alloy consists of equiaxed, twinned grains of alpha copper solid solution. Typically the allow are cooled rapidly so the chromium remains in alpha copper solid solution. The tempering treatment allows the chromium to precipitate out of solution forming a dispersion of chromium precipitates throughout the matrix. The chromium precipitates, or hardening precipitates, can be very fine and may not be visible at low magnifications.