'gond katira manufacturer hyderabad'

Properties • Gum karaya is an acidic, partially acetylated polysaccharide • lt is white or intense ruby in colour and solidifies into large,roundish tears • It is not soluble in water but swells into a jelly like mass in water. lt absorbs water at very rapidly to form viscous mucilages it is one of low concentrations, although the least soluble among exudate gums. • Karaya is a calcium and magnesium salt,with a central chain of D-galactose, L-rhamnose and D-galacturonic acid units, with some side chains containing D-glucuronic acid. • Heating gum karaya dispersions increases the,solubility but results in permanently lower viscosities. • Gum karaya is approved for food use and is in the GRAS (Generally Recognized Act Safe) list under the Food and Drug Act properties to yield finished products.

Description Made from metal wire coiled into a spiral or helical shape with a length of 9 inches. The spring is capable of stretching, compressing, and absorbing shock or mechanical strain. Usually made from quality spring steel or stainless steel for durability and resistance to fatigue. Features Provides uniform tensile strength and excellent flexibility. Available in various diameters and wire thicknesses tailored to specific load requirements. Can endure repeated deformation without permanent damage. Corrosion resistant if made from stainless steel or treated materials. Applications Used in industrial machinery, automotive assemblies, and consumer devices for vibration damping and tension control. Commonly integrated into equipment that requires flexible couplings or shock absorption. Suitable for a wide range of mechanical and engineering uses where controlled elastic force is essential. Manufacturers offer customization based on client needs for dimensions, load capacity, and environmental resistance to optimize performance.

Description Consists of metal wire wound tightly into a helical or spiral form, capable of stretching and compressing. With a length of 3 inches, this spring is suitable for tasks requiring moderate flexibility and shock absorption. The spring material is usually spring steel, stainless steel, or other metals known for their durability and elastic properties. Features Used in mechanical systems to absorb shock, provide tension or compression, or store energy. Exhibits high tensile strength and resilience. Can be customized in wire diameter, coil diameter, and length to suit specific industrial or mechanical needs. Resistant to corrosion depending on material type, suitable for various environments. Applications Widely used in automotive components, gardening equipment, industrial machinery, and consumer products. Common in vibration damping, load supporting springs, and flexible couplings. Serves as essential elements in devices that require regulated motion or force control. Manufacturers produce these spiral springs to meet quality standards and diverse industry requirements, offering customization in size and material for specific use-cases.

The 3-inch G-Clamp is a versatile clamping tool commonly used in laboratories, workshops, and industrial environments for holding wood, metal, or various materials securely in place during work processes. It usually features a heavy-duty frame made from malleable iron or steel, designed for durability and resistance to bending or flexing under pressure. Specifications Clamp size: 3 inches (approx. 75 mm opening capacity). Weight: Approximately 0.74 kg depending on the manufacturer. Construction: Made of malleable iron or steel with corrosion-resistant finish ensuring long-lasting use. Features: Roll-formed screw threads for smooth clamping action, oversized T-handle for enhanced torque application, and swivel pads for even pressure distribution. Typical Use This clamp is widely employed in carpentry, metal fabrication, laboratory setups, and welding tasks to maintain stable workpieces during operations. Its robust build and ergonomic design make it ideal for medium-sized clamping requirements demanding precision and reliability.

A Round/Flat Bottom Flask 2000 ml (2 liters) is a laboratory glass vessel commonly made of high-quality borosilicate glass, offering excellent resistance to thermal shock and chemical corrosion. The round bottom flask design features a spherical body, which facilitates uniform heating, particularly useful during boiling, reflux, and distillation processes. It typically has a narrow neck with standard taper glass joints (often 24/40) for attaching other laboratory glassware or equipment. The flat bottom version offers the convenience of stable placement on flat surfaces. Key specifications: Capacity: 2000 ml (2 liters) Material: ASTM Type 1, Class A borosilicate glass, chemically resistant and heat durable Design: Round bottom for even heating or flat bottom for stability; with narrow neck and standard taper ground glass joints Dimensions: Approximately 220-310 mm height; 140-166 mm outer diameter, depending on neck style and manufacturer Standards: Complies with DIN, ISO 1773, and USP standards for laboratory glassware Features: Beaded rim for increased durability, autoclavable at 121°C, and reusable Applications: Heating, boiling, chemical reactions, distillation, and sample storage in academic, research, pharmaceutical, and industrial labs Additional: Requires cork ring or clamps for support when round bottom; compatible with heating mantles for even heat distribution This flask is essential for processes requiring safe and uniform heating of moderate to large volumes, offering versatility with single or multiple necks for attaching various apparatus.