Skip to content

Denver Metro

Radiant Heat in Denver

Warm floors and ice-free driveways, sized correctly for altitude and scoped in writing before anything is booked.

  • Altitude-Adjusted Sizing
  • Written Estimate First
  • Post-Install Check
A radiant heat job seen in full

What We Arrange

Radiant floor heating and snow melt systems across the Denver metro

One enquiry covers heated floors, driveways, walkways, patios, garage slabs, and entry stairs, each scoped with altitude-adjusted load calculations and a written estimate before any installer is booked.

Radiant Heat

Radiant Heat

Altitude-adjusted load calculations size every hydronic or electric system to your actual BTU needs.

Whole-Home Radiant Floors

Whole-Home Radiant Floors

A whole-home hydronic radiant system heats every room from the floor up, with zone control for each area.

Heated Driveway Systems

Heated Driveway Systems

Hydronic tubing or electric cable embedded in your driveway slab, sized to melt snow at Denver’s snowfall rates.

Heated Walkways

Heated Walkways

Snow melt tubing or cable embedded in walkway concrete or pavers eliminates ice buildup on high-traffic paths.

Heated Entry Stairs

Heated Entry Stairs

Electric resistance cable embedded in stair treads keeps ice from forming on the highest-risk surface at your entry.

Heated Garage Slabs

Heated Garage Slabs

Hydronic tubing cast into a garage slab keeps the floor above freezing and protects stored vehicles and equipment.

Heated Patios & Terraces

Heated Patios & Terraces

Hydronic or electric radiant embedded under pavers or concrete extends usable outdoor time through Denver’s cold months.

Commercial Snow Melt Systems

Commercial Snow Melt Systems

Hydronic snow melt loops with glycol mix and freeze protection scoped for commercial slabs and loading areas.

Altitude-Adjusted BTU Load Calculation

Sized for Denver’s elevation, not a generic square-footage formula.

Hydronic & Electric System Options

Assessment determines which type fits your space and budget.

Zone Control & Manifold Sizing

Reviewed against your actual floor plan, room by room.

Freeze Protection & Glycol Specification

Outdoor lines scoped with the correct glycol mix from the start.

Itemised Written Estimate

Equipment, scope, and timeline in writing before anything is booked.

Permit Review

County-specific permitting requirements reviewed as part of the scope.

Post-Install Performance Check

System output confirmed against the specified BTU target.

What Goes Wrong & Why

The failure modes that make radiant heat projects go sideways

Most radiant heat problems trace back to skipped steps at the design stage, not the installation itself.

Undersized Equipment

Boilers lose rated BTU output at Denver’s elevation, so a system sized at sea level runs constantly and never reaches design floor temperature.

Altitude-Adjusted Load Calc

Every scope starts with a BTU load calculation that applies altitude derating before any equipment is specified or ordered.

Frozen Outdoor Lines

Snow melt tubing installed without a specified glycol mix can freeze and crack during a hard Denver cold snap, requiring full slab excavation to repair.

Glycol Mix Built Into Scope

Outdoor snow melt scopes include freeze-protection temperature targets and the correct glycol concentration before a single line is laid.

Verbal Quote Overruns

A verbal number with no written scope leaves you exposed when the installer adds line items mid-project for equipment or labor not discussed upfront.

Itemised Written Estimate

Installers deliver a written estimate covering equipment, installation scope, and timeline before any work is scheduled or deposits are taken.

Wrong Zone Layout

Manifold sizing based on total square footage rather than the actual floor plan produces zones that heat unevenly and waste energy cycling on and off.

Floor Plan Zone Review

Zone control and manifold sizing are reviewed against your actual floor plan so each zone matches the thermal load of that specific area.

A completed radiant heat job at a house
A finished radiant heat project

Why Denver Radiant Heat

Why Denver Radiant Heat?

Every project is arranged with the same process: a written scope before work starts, altitude-aware sizing, and a post-install check before the project closes.

System Evaluation Before Any Quote

Every enquiry triggers a load evaluation covering existing equipment condition and altitude-adjusted sizing before a number is given.

Written Scope, Not a Verbal Number

You receive an itemised written estimate covering equipment, installation scope, and timeline before anything is booked or scheduled.

Outdoor Lines Scoped for Freeze Protection

Snow melt projects include glycol mix specifications and freeze-protection temperature targets as part of the written scope, not an afterthought.

Permit Requirements Reviewed Up Front

Permitting requirements vary across Denver-metro counties. That review is part of the project scope, not left for you to sort out separately.

Post-Install Performance Confirmation

A post-install check confirms the system reaches its specified BTU output before the project is marked complete and closed.

How It Works

From your first enquiry to a confirmed, performing system

  1. 01

    Tell Us the Project

    Share your project details and a local installer is arranged to assess the space, covering load, existing equipment, and altitude-adjusted sizing.

  2. 02

    Review the Written Scope

    You receive an itemised written estimate covering equipment, installation scope, and timeline before any work is scheduled or commitment is made.

  3. 03

    Confirm Post-Install Output

    After installation, a performance check confirms the system hits its specified BTU output before the project is closed.

Who We Serve

Radiant heat projects for homeowners, landlords, and commercial managers

Whether the project is a single bathroom floor or a commercial loading area, the process is the same: a written scope and altitude-adjusted sizing before anything is booked.

  • Homeowners

    You want warm floors in a basement, bathroom, or addition, or a driveway that clears itself through Denver winters. We arrange a local installer to assess the space, produce an altitude-adjusted load calculation, and deliver a written estimate covering equipment, scope, and timeline before you commit to anything.

  • Property Managers & Landlords

    You manage multiple units or rental properties and need snow melt or radiant floor systems scoped correctly without chasing contractors for written quotes. We arrange the installer, oversee the written scope, and confirm post-install performance so you have documentation for every property.

  • Commercial Property Managers

    You need hydronic snow melt systems for commercial slabs, loading areas, or entry plazas sized with freeze protection and glycol specifications built in. We arrange installers who scope commercial projects with BTU load calculations and written estimates before any equipment is ordered or work begins.

Radiant Heat at Altitude

Why Denver’s elevation changes how radiant heat systems are sized

At 5,280 feet and above, standard BTU calculations produce undersized systems. Here is what that means for your project.

Denver sits at roughly 5,280 feet, and the air is thinner than at sea level. Hydronic boilers and electric heating elements are rated at sea-level conditions, so a boiler spec’d at 100,000 BTU delivers measurably less output at Denver’s elevation. A system sized from a manufacturer’s table without applying altitude derating will run at full capacity and still fall short of the design floor temperature. Every load calculation arranged through this service applies that derating factor before any equipment is specified.

Outdoor snow melt systems face a second challenge: freeze-thaw cycles that are more frequent and unpredictable than in lower-elevation climates. Hydronic tubing in a driveway or walkway slab must circulate a glycol-water mix at the correct concentration to prevent the lines from freezing during a hard cold snap. The glycol mix percentage is not a detail to sort out after installation, it is a design input that determines the system’s minimum safe operating temperature and must be written into the scope before the slab is poured.

Zone control and manifold sizing are where many radiant floor projects lose efficiency after installation. A manifold sized for total square footage rather than individual room loads produces zones that overshoot in small rooms and undershoot in large ones. Reviewing the manifold layout against the actual floor plan, accounting for insulation values, glazing area, and room-by-room heat loss, is the step that determines whether every zone holds its set temperature or cycles erratically through a Denver winter.

Pricing Estimates

Typical Radiant Heat Prices

JobTypical cost
Electric radiant floor, small room$400-$750
Electric radiant floor, medium room$1,600-$3,000
Hydronic radiant floor, small area$1,000-$2,500
Hydronic radiant floor, whole-home system$15,000-$50,000
These prices are estimates and often vary with the condition, size and scope of each job. Message or call us for a free, no-obligation quote.
See all prices

Our Approach

How We Arrange Radiant Heat Projects

Denver Radiant Heat is a Denver-metro enquiry service for radiant floor heating and snow melt systems. Tell us the project and we’ll arrange a local installer to assess the space, produce a written scope, and confirm the system performs after install.

About us

Our Mission

We exist to take the guesswork out of radiant heat projects for Denver-metro homeowners and property managers by arranging altitude-calibrated system design, written scopes, and verified local installation.

  1. Specificity

    Every scope names equipment, BTU output, and timeline, no vague line items.

  2. Altitude-Awareness

    Load calculations account for Denver’s elevation before any equipment is specified.

  3. Verification

    A post-install check confirms the system performs to its written specification.

  4. Preparation

    Freeze protection and glycol mix are specified in every outdoor snow melt scope.

Areas We Cover

Radiant Heat in Denver

We arrange local installers across the metro, submit your project and we’ll confirm coverage for your area.

Check Coverage for Your Address

Submit your project details and we’ll confirm whether we can arrange an installer in your area.

Request an Assessment

Common Questions

Questions about radiant heat projects in Denver

Does Denver’s altitude actually affect how a radiant system is sized?

Yes. At 5,280 feet, air density is lower, which reduces boiler combustion efficiency. A boiler sized using sea-level tables will underperform and cycle more often. Every evaluation we arrange applies an altitude derating factor to the BTU load calculation before any equipment is specified.

Can an existing boiler support added radiant zones?

It depends on the boiler’s rated output and current load. The load evaluation checks existing equipment capacity against the proposed zone count. If the boiler cannot support the addition, the written scope will say so and include the correct replacement size before any work is booked.

What happens if I delay installing a snow melt system another season?

Every winter without freeze protection is another season of ice liability on entry steps and driveways. Repeated freeze-thaw cycles also accelerate concrete surface damage, which raises the cost of any future installation. Outdoor lines installed without a glycol spec can burst in a single hard overnight freeze.

Do radiant heat projects in Denver require permits?

Most hydronic radiant and snow melt installations require mechanical permits, and requirements vary by county across the metro. The installer confirms the applicable county and municipal rules before starting. Skipping permits can void equipment warranties and create problems at resale.

Is electric radiant cheaper to run than hydronic?

Electric radiant typically costs less to install but more to operate over a full heating season. Hydronic systems have higher upfront equipment costs but lower per-BTU running costs. The load evaluation compares both options against your space, existing equipment, and usage pattern before a recommendation is made.

How do I know the system will actually perform after installation?

A post-install check measures the system’s BTU output and compares it against the specification in the written estimate. If output falls short, the issue is identified before the job is closed. You are not asked to sign off on work that has not been verified.

More questions?

Arrange Your Radiant Heat Assessment

Tell us the project and we’ll arrange a local installer to evaluate the space and put the scope in writing before anything is booked.

Request an Assessment