A fire fighting lance is the handheld end device used to direct water or another approved extinguishing agent through a hose toward a fire or target area. The right lance depends on the intended application, water supply, required flow, operating pressure, connection, and material compatibility—not simply on appearance or price. In agricultural settings, buyers may consider lances for farm buildings, equipment areas, workshops, and other locations where a compatible hose-and-water system is available. We recommend confirming all operating limits with the equipment manufacturer and local fire-safety professionals before selection or use.
This guide is intended for agricultural equipment distributors, farm operators, facilities managers, procurement teams, and OEM buyers evaluating fire fighting lances. It can also help buyers who need to compare product configurations or prepare a request for quotation. A lance is only one part of a fire response system, so this information does not replace fire-risk assessment, training, or advice from qualified fire-safety professionals. Always follow applicable local requirements and the instructions for the complete system.
A fire fighting lance connects to a hose or compatible delivery assembly and gives the operator a way to direct the discharge. Depending on its design, it may provide a straight stream, a selectable spray, or another defined output pattern. Some models are designed for straightforward on/off control, while others include additional flow or pattern adjustment. Available functions vary by product, so buyers should confirm them in the specific model’s documentation rather than assume that every lance offers the same controls.
Potential agricultural uses include response equipment for barns, storage buildings, workshops, machinery areas, and farm service facilities. A lance may also form part of a water-delivery setup used by trained personnel to manage certain site-specific fire risks. Suitability depends on the hazard, water source, system pressure, access, and local procedures. A lance should not be treated as a substitute for a designed fire protection system or as suitable for every type of fire.
For example, a setup intended to reach an area across a yard has different practical requirements from equipment stored for use inside a workshop. Hose routing, reach, handling, access to water, and the operator’s training all affect whether the chosen assembly is workable. Discuss the full application with your safety adviser, including the materials or processes present at the site. Do not use water on hazards for which water is unsuitable; follow the relevant emergency plan.
Lances differ in operating controls, discharge pattern, connection design, construction, and intended service. A fixed-pattern model may suit a defined task, while an adjustable model can offer more than one discharge option when that function is specified. The appropriate choice depends on the application and the documented performance of the complete hose-and-lance assembly. Ask suppliers to identify exactly which features are standard and which are optional.
Common construction choices may include metals, engineered polymers, or combinations of materials. The best option depends on the required durability, weight, exposure conditions, chemical compatibility, and maintenance plan. Buyers should confirm the material of the body, control parts, seals, and connection components rather than relying on a broad description such as “metal construction.” Where the lance may encounter cleaning agents, fertilizers, or other site chemicals, request compatibility information for the actual substances and conditions.
Request the rated operating pressure, flow information at stated pressure conditions, inlet and outlet details, connection standard, dimensions, weight, control type, and approved agent compatibility. Pressure and flow should be reviewed together: a lance’s performance depends on the supply and the complete system, not just the product name. Confirm whether the supplier’s figures describe the lance alone or a tested assembly, and ask for the applicable technical documentation. Do not operate above the stated limits.
To make a quotation request concrete, a buyer could provide an illustrative target such as 100 L/min at 6 bar with a 25 mm inlet. These are example planning figures, not universal specifications, recommendations, or claims about Kobold products. A qualified system designer should validate the required values against the water source, hose, intended application, and local requirements before ordering or operation.
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Define the application. Identify the site, likely hazards, intended users, access constraints, and whether the lance is for a dedicated system or a specific hose assembly. Have a qualified person confirm that the proposed extinguishing agent and approach are appropriate for the hazard.
Check the water supply and system limits. Establish the available pressure and flow under the conditions relevant to use. Confirm that the hose, fittings, valves, and lance are compatible and that each component is operated within its documented rating.
Choose the required discharge and controls. Decide whether the application calls for a fixed output or a selectable pattern, and whether simple or adjustable controls are preferred. Consider operator handling and training, and verify how each control works in the manufacturer’s instructions.
Confirm interfaces and materials. Check connection dimensions and standards against the existing equipment. Ask about material and seal compatibility with the site environment, expected maintenance, and any cleaning products used.
Review documentation and supply terms. Request the model-specific data sheet, operating instructions, inspection guidance, available customization, minimum order quantity, production schedule, and packaging details. Make sure the quotation identifies the selected configuration and any assumptions.
One frequent mistake is choosing a lance by connection size alone without checking pressure and flow compatibility. Another is assuming that similar-looking models provide identical patterns, materials, or control functions. Buyers can also overlook the hose, fittings, or water source, even though these components affect the performance of the complete system. Finally, a product specification cannot compensate for unsuitable use, poor maintenance, or a lack of operator training.
Pricing may vary with material, configuration, connection type, order quantity, customization, packaging, and documentation requirements. Minimum order quantities and lead times are supplier- and order-specific, so we recommend asking for a written quotation based on a complete specification rather than comparing headline prices alone. For repeat or OEM purchases, confirm whether the quoted configuration and materials will be maintained across the order. Also clarify sample availability, production scheduling, shipping terms, and how changes are handled.
For agricultural equipment buyers, supplier communication is especially useful when the lance must fit an existing hose system or be specified for a particular site. Share the intended use, system details, target connection, order quantity, and any material requirements early in the inquiry. This allows the supplier to identify information gaps before production or purchasing decisions are made. We encourage buyers to request written confirmation of the final configuration.
The right fire fighting lance is the model that suits the defined hazard and works within the documented limits of the complete water-delivery system. Start by confirming the application, supply pressure and flow, discharge requirements, connection, materials, and operator needs. Then compare suppliers on technical clarity, configuration support, documentation, and commercial terms—not price alone. If you are sourcing through Kobold, send us your application and specification requirements so we can discuss available configurations and prepare a relevant B2B quotation; final selection and use should be validated by qualified fire-safety professionals.
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