FRP cable trays at INDO are manufactured from Glass Armored Thermoset fireretardant
resins Available in different range applied for ideal locations where metallic systems get
easily corroded
INDO FRP Cable Tray system meet stringent Fire Retardant requirements It provides
advantages like Anti Corrosion High Strength No Earthing UV Resistant Good
Electrical Insulator Low thermal conductivity etc
Business Type : Manufacturer, Supplier, Retailer
Type : Barbed Wire
Material : Iron
Application : Construction
Feature : Corrosion Resistance, Easy To Fit
Technics : Welded Mesh
Country of Origin : India
Wire mesh made using the best quality Stainess Steel wires of grade SS 304 (Low carbon), Flexible, strong and durable. Corrosion resistant and aesthetic. Can be used in windows and doors to provide protection from mosquitoes, flies and other vectors. Allows air and light passage giving proper ventilation and preventing the entry of rats, snakes and other rodents. The mesh is woven using the latest technology providing uniform plain weave with zero defects and clean edges. Width of the roll can be from .5mtr to 3.05 mtr. Length of the roll can be from 15 mtr to 100 mtr.
Our aluminum cables are made of high-quality materials and are built to last.
They are lightweight and flexible, making them easy to install and maneuver.
They have a high conductivity-to-weight ratio, making them an efficient choice for power transmission.
They are also relatively inexpensive, making them a cost-effective option for many applications.
Nose Wire Adjustable Support Component for Face Masks
Our nose wire is a flexible metal or plastic strip used in face masks to provide adjustable shaping around the nose area. It helps improve mask fit, seal, and comfort by conforming closely to the contours of the nose and face, reducing air leakage and enhancing filtration efficiency.
Nose wires are commonly used in medical masks, disposable masks, respirators, and fabric face coverings. They are available in different materials such as aluminum, galvanized iron, or plastic-coated metal, and can be customized in width, thickness, and length.
Key Features:
Flexible and bendable for easy adjustment
Improves mask fit and reduces air leakage
Available in aluminum, galvanized iron, or plastic-coated variants
Lightweight and comfortable for daily use
Suitable for medical masks, surgical masks, and respirators
Can be supplied with adhesive backing or without
Available in various widths, thicknesses, and lengths
Corrosion-resistant options for durability
Easy to integrate into mask production processes
Supplied in rolls or pre-cut strips for manufacturing use
Consistent quality for industrial and export supply
Reference standards: Generally as per BS EN 50288-7, IEC:60228 & IEC:60332-1-2.
Sizes:
24 AWG to 16 AWG (1 Pair to 4 Pair).
Outstanding Benefits:
Capable of long-distance communication, often reaching up to 1200 meters.
Enhance signal integrity and reduce signal distortion, leading to improved overall cable performance.
Supports High Data Rates up to 10 Mbps
Enhanced protection against to electromagnetic interference and radio frequency interference, perfect for reliable data transmission
Special Features:
Low Dielectric Constant Insulation
Double Shielding
Provide 40% visibility in smoke
Reduced toxic gases during fire
Anti rodent and anti termite
Eliminate 240 + hazardous substance.
Control and Signal Cables are an essential component of many industrial control systems. They play a critical role in transmitting data and control signals between various components of the system, ensuring that the system operates efficiently and reliably.
It is used for signal transmission of control systems in many applications in Industrial Plant and Machinery. These cables work at 300/500V and have a cross-section of 0.14 mm to 2.50 mm. Depending on the application requirement, PVC, HFFR or TPU sheathed, annealed or tinned copper, screened or unshielded types are available. HFFR versions are less flammable in case of fire, mostly self-extinguishing, and have a low smoke density. They do not emit toxic and corrosive gases during fire.
Range Type:
YY
SY
LIY(ST)Y-TP
LIYY
LIYCY
LIY(ST)CY
LIYY-TP
LIYCY-TP
LIY(ST)CY-TP
CY
LIY(ST)Y
LI2YCY-PIMF.
Silicone-insulated conductors offer you an economical solution to many temperature-related wiring problems. Capable of working at extremes as far apart as -600 C right up to +1800 C, silicone-insulated cables have grown substantially in popularity.
Range Type:
SiF:- Fine tinned copper wire strands, class 5, Silicone insulation.
SiF-GL:- Fine tinned copper wire strands, class 5, Silicone insulation.
Impregnated glass fibre braid. Various colours.
SiF-HT: Flexible tinned copper wire strands, class 5, silicone high-voltage insulation.
SiF-G-Si-HT: Flexible tinned copper wire strands, class 5, silicone high-voltage insulation, glass fibre braid, blue Silicone sheath.
SiHF:- Fine Tinned Copper wire strands with Silicone rubber insulation. Cores twisted together. Reddish brown Silicone rubber outer sheath. (Some sizes available with black or white sheaths or an overall glass fibre braid).
Underwater Cables are specialised cables that are designed to operate in harsh underwater environments, such as oceanic depths or coastal waters. They are used in a variety of applications, including telecommunications, oil and gas exploration, marine research and offshore wind energy. One of the key features of underwater maritime applications cables is their durability. It is designed to withstand the extreme pressures, temperatures and corrosive elements.
They may be armoured with materials such as steel wire or Kevlar to protect against physical damage from rocks or marine life. The outer jackets are made of materials such as polyurethane or neoprene, which are resistant to saltwater and UV degradation.
Agilon is capable of producing a cable that exactly meets requirements from large-diameter shielded cables to extremely small-diameter fibre optic cables, with polyurethane or polyethene jackets. Agilon can meet the challenge
High Temperature Cables are for applications where temperatures exceed 150 C in normal use. Common insulation and jacket materials used for high temperature cables include Silicone, ETFE, FEP, PFA, PTFE, Mica and Fiberglass. The most important characteristic of high-temperature cables is the ability to withstand the maximum operating temperature at the point of application. Conductor Materials- Pure copper corrodes more easily at high temperatures.
Range Type:
Our range of flexible ETFE, FEP, PFA, PTFE, Silicone Wires & Cables are suitable for high/low temperature:
The Single Core Choice Stretches From 36 Awg Ultra-Thin Wires To 400Sq Mm
Multicore Options Are Available Up to 240 Sq.Mm.
Tin-Plated Copper: Suitable for moderately high temperatures up to 150 C
Silver Plated: Temperature up to 200 C
Nickel-Plated Copper: For high temperatures up to 450 C
Nickel Wire: Able to withstand very high temperatures above 450 C.
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