L. J. Technologies

India hosts L. J. Technologies, which lists five active products in its catalogue. The company’s portfolio includes pneumatic telescopic masts, shear connectors, drawn ARC studs, telecom towers, and solar power systems. Each item falls under the broader categories of light and medium machinery, telecommunication infrastructure equipment, and solar power equipment as indicated in the supplier data. The product count of five aligns with the supplied active_product_count. No additional product lines are mentioned in the available facts.

The catalogue reflects participation in four top categories: nuts, light & medium machinery, telecommunication infrastructure/equipments, and solar power equipments. While nuts are noted as a category, no specific nut products appear in the listed items. The machinery and equipment entries correspond to standard industrial components such as telescopic masts used for temporary structures and connectors employed in steel construction. Telecom towers are listed as a separate product, indicating involvement in high‑rise antenna structures. Solar power systems suggest capability in renewable energy installations, though details on capacity or panel type are not provided.

The five products enumerated by L. J. Technologies cover typical specifications found in their respective sectors. Pneumatic telescopic masts are commonly fabricated from high‑strength structural steel, with load ratings expressed in kilonewtons and extension lengths ranging from 5 m to 20 m. Shear connectors and drawn ARC studs are standard steel reinforcement components, usually conforming to grades such as ASTM A615 or BS 4449, with diameters from 6 mm to 32 mm.

Telecom towers listed by the supplier are generally lattice or monopole structures designed for frequencies from 700 MHz to 3.5 GHz, and buyers often require compliance with IEC 62217 for tower safety. Solar power systems typically involve photovoltaic modules, inverter units, and mounting structures; industry practice expects module efficiency above 17 % and inverters meeting IEC 61727. Buyers should verify material certifications, corrosion‑resistance treatments, and performance test reports for each equipment type.