Are new radiators expensive?
Prices vary widely. You can find affordable entry-level electric radiators, but large hydronic units, designer finishes, or retrofits to an existing heating system can push costs higher.
This article surveys the current cost landscape, explains what drives radiator prices, and offers guidance on choosing options that balance upfront cost with efficiency and long-term comfort for homes of different sizes.
What determines the price of a radiator
Radiator price is driven by type, material, output (BTU or watts), size, finish and design, and any added features. Installation complexity and regional labor rates also shape the final bill.
Primary cost factors
- Type: electric panel radiators versus hydronic (water-based) radiators.
- Material and construction: aluminum, steel, cast iron, or decorative column styles.
- Heat output and size: higher BTU/watt ratings typically cost more.
- Finish and design: premium finishes or designer models add to the price.
- Installation complexity: new piping, boiler compatibility, zoning, and removal of old units increase labor.
- Location and labor market: prices vary by country, region, and contractor.
Understanding these factors helps explain why a single radiator can range from a few hundred dollars to several thousand in premium setups.
Electric radiators vs. hydronic radiators: price patterns
Electric radiators typically have lower upfront installation costs and are easier to install, while hydronic radiators require a boiler, piping, and possibly pumps, which can raise both equipment and labor costs but may offer efficiency benefits for larger spaces.
What to expect by system type
- Electric radiators: usually $150-$800 per unit for basic to mid-range models; larger or premium units can reach $1,000-$1,500.
- Hydronic radiators (steel/aluminum panels): roughly $200-$600 per unit, depending on size and BTU; cast iron radiators commonly range $350-$1,000+ per unit; designer/column radiators: $500-$2,000+ per unit.
- Installation costs: electric radiators generally entail less labor, often $100-$800 per unit; hydronic installation can run from $1,000-$4,000+ for a single radiator in an existing system, with higher costs for extensive piping or boiler modifications.
In either path, expect additional costs for thermostatic valves, corrosion protection, and potential system upgrades to support the new radiators.
Typical price ranges you can expect
Here are broad ranges seen in many markets today, reflecting unit prices and common configurations. Regional taxes, permits, and professional installation vary and can shift totals.
- Electric panel radiators: small units typically $150-$600; larger or premium models $800-$1,500.
- Hydronic radiators (steel/aluminum panels): $200-$600 per unit; cast iron radiators: $350-$1,000+ per unit depending on size; designer radiators: $500-$2,000+ per unit.
- Designer/architectural radiators (special finishes or shapes): $500-$2,000+ per unit.
Installed cost adds to these figures, often ranging from a few hundred to several thousand dollars per radiator, depending on existing infrastructure and labor rates.
Installation costs and what affects them
Labor charges, the condition of an existing boiler, and whether new piping, valves, or zoning are required significantly influence total installation costs. Replacing an old radiator may be cheaper if connections align with current lines.
Typical installation cost ranges
- Electric radiators: installation often runs from $100 to $800 per unit, mainly for mounting and wiring.
- Hydronic retrofits: installing a radiator in an existing system can range from $1,000 to $4,000+ per unit, depending on boiler compatibility and pipe work.
- Whole-home hydronic upgrades or new installations: tens of thousands of dollars, depending on house size and configuration.
When planning, obtain multiple quotes and ask about future expansion options, as adding radiators later can alter both parts and labor costs.
Saving money and choosing options
Several strategies can keep upfront costs reasonable while preserving long-term efficiency and comfort. Matching radiator output to room size, selecting standard finishes, and pairing with smart controls can reduce wasted energy and improve payback.
Practical tips
- Size radiators to the room’s heat loss to avoid oversizing and unnecessary upfront expense.
- Electric radiators are a good option for rooms without plumbing or for supplemental heating.
- Consider refurbished or salvaged radiators for certain styles if sourced from reputable suppliers.
- Look for energy efficiency features like thermostatic valves and compatibility with smart thermostats to lower running costs over time.
These approaches help balance initial price with long-term savings and comfort.
What to consider before buying
Beyond price, assess compatibility with your existing heating system, long-term running costs, and aesthetic goals. Check warranties, maintenance needs, and any regional rebates or financing options that may apply.
Summary
New radiators span a broad price spectrum. Entry-level electric models offer affordability, while larger hydronic units, cast-iron radiators, and designer finishes can be substantially more expensive. Total cost is driven by radiator type, size, materials, design, and installation complexity, plus ongoing energy costs. By understanding these drivers and planning for total cost of ownership—including potential installation work and running costs—homeowners can choose radiators that fit both budget and comfort. Obtain multiple quotes and weigh upfront price against long-term efficiency to make the best decision.
