Solution For
Heat Shrink Joint and Termination Kit, MVT Tee Connector (Tee Joint Kit), Silicone Grease, Conductive Paint, Encapsulating Potting Compound, Power Cable Accessories, Waterproofing, Insulating Boot, Mastic Tapes, Touch Proof Termination Kit, Surge Arrester (Lighting Arrester)
Product Range
Heat Shrink Joint Kit Straight Through , Transition Joint, Heat Shrink Termination kit, Heat Shrink Indoor Termination Kit, Heat Shrink Outdoor Termination Kit
MVT Tee Connector (Tee Joint Kit) suitable for AB Cable, MVCC Insulated Conductor and Tap Off Lines
Touch Proof Termination kit also know as Elbow connection use for RMU termination connection. It is premolded termination kit use for Indoor Termination application
Power Cable accessories provide proper insulation and continuity to power cables. Right Angle Boot, Straight Bushing Boot, Insulation Boot, Heat Shrink Rain Shed, Heat Shrink Cable Breakout, Heat Shrink Bus Bar Tubings, Insulation Tapes, Red mastic Tape, Yellow Mastic Tape, Stress Control Mastic Tape, Black Mastic Tape, Cable Lugs and Ferrules, Mechanical Shear Head Connector and Lugs, Earthing Braid,
Silicone Grease is also know as Di-electric grease widely use in different-2 industries line Electrical, Electronics, Automobile, Mechanical,
Conductive Paint is use in Electrical and Electronic Industry. Conductive Paint in Copper Conductive Paint, Silver Conductive Paint, Carbon Conductive Paint
Waterproofing Provide solution from Cracks, Leakage, Protection from Damp and use in construction to provide proper solution from Damp. It is many type of waterproofing like Acrylic, Bitumen, Epoxy and polyurethane Types
Encapsulating potting compounds are used to coat or embed objects, typically electronic components or bioactive substances, within a protective material. This process enhances stability, protects against environmental factors, and can control the release of active ingredients. Common applications include protecting electronics from moisture and mechanical stress, and delivering nutrients or pharmaceuticals.
A surge arrester (also known as a lightning arrester in broader terms) is a protective device used in electrical power systems to guard against sudden voltage spikes caused by lightning or switching transients
polymer insulator—also known as a composite insulator—consists of a fiberglass-reinforced epoxy core covered with silicone rubber sheds, and finished with metal end fittings
Solution of Electrical, Civil, Electronic Engineering
Heat Shrink Cable Joint and Termination:- A Heat‑Shrink Cable Joint and Termination Kit offers a robust solution for creating secure, moisture‑proof connections on medium‑ to high‑voltage cables—ranging from LV (1.1 kV) to MV (up to 36 kV). These kits bundle high-quality cross-linked polyolefin tubing (with 2:1 to 4:1 shrink ratios) that, when heated, delivers tight insulation, excellent UV resistance, and corrosion protection. They also include stress-control sleeves, anti-tracking tubes, adhesive seals, and cable prep tools to provide electrical field grading, environmental sealing, and long-term reliability. Compact and easy to install—even in ductwork or confined spaces—these kits support typical outdoor use such as transformer, switchgear, and pole-mounted terminations. Meeting standards like IEC 60502, IS 13573, and CENELEC HD 629, they deliver a flame-resistant, weather‑tough solution that minimizes installation time and extends cable life.
MVT Connector (Tee Joint Kit):- Safe Connect MVT tee connector (Tee Joint kit) is purpose‑built for India’s 11 kV AB‑cable & Insulated Conductor distribution system. It delivers safe, reliable jointing and tapping in two‑, three‑, and four‑way configurations without the need for traditional tee‑joint accessories.
Safe Connect MVT is the go‑to MV tee connector (Tee Joint Kit) for modern Indian networks: fast, robust, and maintenance-friendly. Perfect for utilities and EPC contractors focused on efficiency, safety, and long‑term reliability.
Touch Proof Termination (Elbow Connector):- Touch‑Proof Termination Kits offer a robust, safety-first solution for medium-voltage cable connections (typically up to 36 kV/630 A, and with certain variants up to 1250 A). These factory‑manufactured, premolded EPDM or silicone rubber terminations are fully screened to earth, ensuring they remain safe to touch even when live. Installation is straightforward—no heat tools are needed—thanks to slip‑on or bolt‑on designs with built‑in stress cones. They feature capacitive test points for voltage and sheath testing without energizing the cable and meet stringent standards such as IS 13573, IEC 60502, EN 50180/81, and HD 629.1. These kits are ideal for use in RMUs, switchgear, and transformers, providing IP67-rated, fully submersible, maintenance-free connections that combine safety, reliability, and ease for technicians and engineers alike.
Power Cable Accessories:- Power cable accessories are essential components that ensure the safety, reliability, and efficiency of electrical power systems. Heat shrink power cable accessories are vital components in modern electrical systems, offering robust protection and reliable performance for cables across various applications. These accessories, including heat shrink wrap round sleeve (cable repair sleeve), Heat shrink bus bar sleeve, heat shrink anti tracking sleeve, heat shrink insulating sleeve, heat shrink end cap, heat shrink right angle boot, heat shrink straight boot, insulating boot, heat shrink breakout, heat shrink rain shed, termination protection boot, cold applied straight boot, cold applied right angle boot, red mastic tape, yellow mastic tape (stress control mastic tape), grey mastic tape, black mastic tape, insulating tape, heat shrink dual wall sleeve, heat shrink outer jacketing sleeve, heat shrink bus bar tape, support bracket with insulator (standoff insulator) lugs and ferrule and utilize heat-activated materials that shrink to form a tight, durable seal around cables. Designed to withstand harsh environmental conditions, they provide insulation, moisture resistance, and mechanical protection, ensuring the longevity and safety of electrical installations.
Silicone Grease:- Silicone dielectric grease is a versatile, water‑resistant silicone paste composed of polydimethylsiloxane (PDMS) and a thickener such as fumed silica. This non‑conductive compound offers excellent dielectric strength, effectively preventing short‑circuits, corrosion, and moisture intrusion in electrical connections Rated for temperatures from roughly –40 °C to +200 °C (some formulations up to +260 °C), it remains stable in engine bays, marine environments, and other harsh conditions. Common uses include sealing spark plug boots, battery terminals, multi‑pin connectors, light sockets, O‑rings, and plumbing seals—while being safe on most plastics and rubbers (though avoid silicone rubber due to swelling issues). When applied thinly around (not on) contact points, it lubricates, repels water, prevents corrosion, and enhances connection reliability without disrupting conductivity.
Conductive Paint:- Conductive paint infused with silver, carbon, nickel, or copper particles delivers versatile solutions for EMI/RFI shielding, electrical repair, and surface conductivity. Silver conductive paint offers the highest electrical conductivity and shielding performance, ideal for high-frequency applications and circuit repairs—even enabling uniform electroplating on plastics and PCBs. Copper-based paint provides a cost-effective balance, performing well in electroplating and grounding applications with decent conductivity and corrosion resistance. Nickel-filled coatings excel in broadband EMI/RFI shielding, resist corrosion better than copper, and are suitable for plastics—often used in marine environments. Carbon-based conductive coatings, while more affordable and environmentally robust, have higher resistivity, so they’re best for low-frequency shielding, grounding, or ESD protection. Choosing the optimal filler depends on your priorities: price, conductivity, stability, and application method (spray, brush, or pen). For example, silver-coated copper particles offer a strong mix of high-frequency performance and economy. “silver conductive paint,” “copper conductive coating,” “nickel EMI shielding paint,” and “carbon conductive paint” ensures your content ranks for diverse user needs in electronics, DIY repair, and EMI protection.
Waterproofing:- Waterproofing is essential for protecting buildings from water damage, structural deterioration, and mold growth. At SAFE CONNECT, we offer advanced waterproofing solutions using high-performance materials like acrylic, polyurethane sheets, epoxy coatings, and bitumen membranes. Acrylic waterproofing provides excellent UV resistance and flexibility, making it ideal for exposed surfaces. Polythene waterproofing sheets act as strong moisture barriers in foundations and basements. Epoxy coatings offer seamless, chemical-resistant protection, perfect for concrete surfaces and industrial areas. Bitumen waterproofing, known for its durability and affordability, is widely used for roofs and below-ground structures. Whether you're protecting a home, commercial building, or industrial site, our tailored waterproofing systems ensure long-lasting protection and peace of mind.
Encapsulating Potting Compound:- Potting compounds, also known as electronic encapsulants, are resinous materials—typically epoxies, silicones, or polyurethanes—used to fully encase printed circuit boards (PCBs), sensors, and other electronic assemblies to protect them from moisture, dust, chemicals, shock, and vibration. In the potting process, a completed electronic unit is placed within a mold or “pot,” filled with a liquid resin that cures into a solid barrier, delivering high electrical insulation, enhanced mechanical durability, thermal stability, and even IP protection against reverse engineering. Epoxy-based compounds offer exceptional rigidity, dielectric strength, and chemical resistance, ideal for high-voltage and harsh-environment applications, while silicone formulas provide flexibility and wide temperature tolerance, and polyurethanes balance toughness with moderate flexibility. Specialized variants—such as thermally conductive, UV-curing, or transparent potting gels—extend functionality, enabling heat dissipation, rapid curing, or visual inspection for select electronic use-cases. Whether protecting automotive ECUs, aerospace avionics, renewable-energy inverters, or consumer devices, potting compounds offer a durable, long-term solution to safeguard electronics in challenging environments.
Surge Arrester:- Surge arresters (also known as lightning arresters) are essential over-voltage protection devices designed to safeguard electrical systems—from power lines and substations to industrial plants and residential panels—against damaging transient voltage spikes caused by lightning strikes, switching surges, or grid fluctuations. Modern arresters typically employ metal oxide varistors (MOVs) or zinc‑oxide (ZnO) elements that remain non‑conductive during normal operation but instantly clamp surges, redirecting excess energy to ground in microseconds to protect transformers, switchgear, sensitive electronics, and automation systems. Benefits include extended equipment lifespan, reduced downtime, and enhanced safety, while smart designs now incorporate real‑time diagnostics for predictive maintenance. Choosing the right arrester—considering voltage class, energy‑handling capacity, and industry compliance—ensures reliable, cost-effective protection across power transmission, renewable energy, telecommunications, and commercial/residential installations.
Polymer Insulator:- Polymer insulators, also known as composite insulators, are advanced electrical components featuring a fiberglass-reinforced core sheathed in silicone rubber or EPDM, with metal end fittings—designed to deliver high-voltage insulation in modern power networks. These insulators are up to 70–80 % lighter than traditional porcelain or glass, making them easier to handle and install, and reducing structural demands and labor time. Their hydrophobic surfaces repel water and pollutants, offering superior performance in coastal, industrial, and polluted environments, and reducing maintenance and flashover risks. Featuring excellent mechanical strength and flexibility, they resist wind, ice, and seismic stresses while lowering shipping and replacement costs. Crafted from UV-resistant materials, polymer insulators offer long-term durability (30+ years) and align with sustainable infrastructure goals by reducing breakage, waste, and overall carbon footprint.