concreate Pitch Deck (2014): 12-Slide Seed Deck

See all 12 slides of the concreate pitch deck — a 2014 deck — with a slide-by-slide teardown of what the deck does well and where it falls short.

Concreate is a hardware-focused startup developing 'smart heating solutions' centered on conductive concrete. The deck positions the product as a superior alternative to traditional snow removal methods—like plowing and shoveling—and complex multi-layer heated flooring systems. By reducing a four-layer installation process down to a single layer of conductive concrete, the company claims significant cost and efficiency gains. The technology is currently at the research prototype stage, with a proof-of-concept installed at HTWK Leipzig. While the deck identifies massive total addressable marke…

Key takeaways

Executive Summary: The Case for Conductive Concrete

Concreate presents a hardware-centric solution to a perennial infrastructure problem: snow management and indoor climate control. The deck focuses heavily on the technical simplification of heated surfaces, moving from complex, multi-component assemblies to a singular, functional material. While the technical promise is clear, the deck functions more as a product introduction than a comprehensive investment vehicle, omitting several key business metrics.

Slide 1: Title and Branding

The cover slide introduces the company name, concreate , with the tagline "smart heating solutions." The branding uses a lowercase aesthetic with a green accent on the letter 'a,' signaling an environmental focus. The layout is minimal, focusing entirely on the brand identity without providing a specific location or date.

Slide 2: The Problem of Traditional Snow Removal

Slide 2 defines the status quo. It identifies two current methods: snow removal and snow prevention. The slide notes that in 99% of cases, removal only happens after several centimeters have accumulated. The pain points are clearly articulated: it takes between 2-3 hours up to 7-8 days to clear streets, during which time accidents occur. The visual aids show standard equipment like shovels, snowblowers, and plow trucks, framing them as reactive and inefficient.

Slide 3: The Unique Selling Proposition (USP)

This is the core technical slide of the deck. Concreate claims its solution is "much better" based on several factors: it is straightforward, cheaper, installed quickly, and virtually impossible to break down. The most compelling visual is the comparison between the "4 layers" of traditional systems (Slab insulation, Wire Tie, Uponor Tubing, and Concrete Overpour) versus the "1 layer" offered by Concreate. The slide also emphasizes environmental benefits, stating the product doesn't use fossil fuels and reduces road maintenance costs by preventing runway damage.

Slide 4: Development Status and IP Strategy

Slide 4 provides a transparent look at the company's progress. They currently possess a research prototype (a panel that warms in 5 minutes) and a proof-of-concept test room at HTWK Leipzig. Crucially, the slide lists what they "still need": a market-ready power connection and a system to connect multiple panels. The founders note that these missing pieces form the basis of their Intellectual Protection (IP) strategy, indicating that the patentable value lies in the electrical integration rather than just the concrete mix itself.

Slide 5: Product Versatility

This slide expands the use case beyond just snow melting. It categorizes the "End Product" into six basic examples:

Indoors heating device ("visible") · Indoors heating walls ("invisible") · Heated furniture ("mobile") · Outdoors snow melting for homes · Outdoors snow melting for cities · Outdoors snow melting for roads

This suggests a broad horizontal market, though it risks diluting the focus of a seed-stage startup by suggesting they can tackle residential furniture and municipal road infrastructure simultaneously.

Slide 6: Market Potential and Geography

The final slide in this set quantifies the opportunity. It states that 80 million people live in snowy conditions for 6 months per year. It breaks down the market into three primary regions:

Canada & northern US: Citing $800M/year in city budgets and $500M/month in residential potential. · Scandinavia: Highlighted as a key geographic target. · The Alps region: Citing a 100M Euro/year snow removal budget in Germany for 2013.

The use of 2013 data suggests this deck was likely produced around 2014 or 2015. While the numbers are large, they represent the total spent on the problem, not necessarily the addressable market for a concrete replacement.

What Concreate Does Well

The deck excels at visualizing the technical advantage . The side-by-side comparison of a 4-layer system versus a 1-layer system (Slide 3) is a classic "better, faster, cheaper" argument that is easy for a non-technical investor to grasp. By focusing on the reduction of installation complexity, they address a major barrier to entry for heated infrastructure.

The transparency regarding development status (Slide 4) is also a strength. Many early-stage decks attempt to hide the fact that they are still in the lab. By listing exactly what they have and what they still need to build, Concreate builds credibility and clearly defines what the next round of funding would be used for (i.e., moving from a lab power supply to a market-ready connection system).

What Is Missing From the Deck

The most glaring omission is the Team Slide . In early-stage hardware, the pedigree of the material scientists and electrical engineers is paramount. Without knowing who is behind the "smart heating solutions," it is impossible to gauge the technical feasibility of the claims.

Furthermore, there is no Business Model or Unit Economics slide. While they claim the product is "cheaper," they provide no data on the cost per square meter compared to traditional concrete or existing hydronic heating systems. There is also no mention of the Ask —how much money are they raising, and what milestones will that capital achieve? Finally, a Competition slide is missing; conductive concrete is a known field of research, and failing to acknowledge other players or existing patents is a red flag for investors.

Founder's Takeaway: Simplifying the Complex

Founders building complex hardware should look at Slide 3 as a template for simplifying a value proposition . If your product removes steps from a traditional process, show those steps being deleted. However, founders should avoid the mistake of using outdated market data (Slide 6) or omitting the team. In hardware, the "how" is important, but the "who" and the "how much" are what close the deal. A deck that ends on a market slide without a call to action or a funding request leaves the investor with nowhere to go.

Frequently asked questions

What is the primary technology behind Concreate?
Concreate utilizes conductive concrete to create 'smart heating solutions.' Unlike traditional heated floors that require four distinct layers (insulation, tubing, wire mesh, and a concrete overpour), Concreate simplifies this into a single functional layer that generates heat when connected to a power source. This reduction in complexity is the company's primary Unique Selling Proposition (USP).
What stage of development is the company currently in?
Based on slide 4, the company is in the early prototype and proof-of-concept stage. They have a research prototype panel that heats up in 5 minutes and a test room at HTWK Leipzig. However, they explicitly state they still need to develop a market-ready solution to connect panels to power and a system to link multiple panels together.
How does Concreate define its market opportunity?
The company targets regions with heavy snowfall, specifically Canada, the northern US, Scandinavia, and the Alps. They estimate 80 million people live in these conditions. They cite 2013 data showing $800M spent on city snow removal in Canada and 100M Euro in Germany, suggesting a large B2G and B2C replacement market.
What are the environmental claims made in the deck?
Concreate claims their solution is '100% environmently friendly' because it does not use fossil fuels and can be powered entirely by green energy. Additionally, they argue that by preventing snow buildup rather than removing it mechanically, they reduce damage to runways and roads, leading to lower long-term maintenance costs.
What critical information is missing from this pitch deck?
The deck is missing several standard components required for an investment decision. There is no team slide detailing engineering or business expertise, no financial projections, no specific 'ask' (amount of capital needed), and no competitive analysis against other conductive concrete or carbon-fiber heating competitors.
Cover slide of the concreate pitch deck — Prototype / Seed 2014
concreate pitch deck, slide 1 (2014)

concreate pitch deck: the facts

Company
concreate
Year
Circa 2014…
Stage
Prototype / Seed
Slides
12
Sector
Construction Technology / Smart Materials
Deck type
Pitch Deck
Headquarters
Leipzig, Germany (based on HTWK Leipzig mention)

concreate pitch deck PDF

The full concreate deck is embedded on this page and can be read slide by slide in the browser — no download or account required. Each slide is covered in the breakdown above.

What the concreate pitch deck was used for

Concreate is presented in this circa-2014 pitch deck as a **single-layer electrically conductive concrete panel** designed to prevent snow and ice accumulation on streets, sidewalks, runways, and similar surfaces by heating the pavement itself. The deck describes a research prototype panel and a proof‑of‑concept test room at HTWK Leipzig, with the company at a prototype/seed stage seeking funds to develop a market-ready power connection system and inter-panel connection strategy. The solution is positioned explicitly against traditional mechanical snow removal and multi-layer hydronic or electric snow-melt systems, emphasizing simpler installation and environmental benefits. All specifics about the fundraise, investors, and corporate history beyond the deck itself could not be verified from external sources.

What the concreate deck got right

What could have been stronger

How an investor would read this deck

What draws attention

Risks that stand out

Questions this deck invites

What founders can take from the concreate deck

concreate pitch deck: common questions

What product is Concreate pitching in this deck?

The deck describes Concreate as a **smart heating solution** using a conductive concrete panel that warms up when powered, preventing snow from accumulating on roads, sidewalks, and runways. It aims to replace or reduce mechanical snow removal and chemical de-icing by integrating heating directly into the concrete slab.

How far along was Concreate’s technology when this pitch deck was created?

The deck indicates a **research prototype panel** that becomes warm in about 5 minutes using a lab power supply, and a **proof-of-concept test room** built in a new HTWK Leipzig building. It states they still need a market-ready way to connect panels to a power source and a robust connection system between panels.

What is Concreate’s claimed unique selling proposition (USP)?

The deck claims Concreate’s system is **straightforward, cheaper, quick to install, almost impossible to break down, usable anywhere (including mountains), 100% environmentally friendly, and not reliant on fossil fuels**. It positions these benefits against existing snow-prevention systems that are complicated, expensive, slow to build, and prone to failure.

What problem and use cases does Concreate focus on in the pitch deck?

The deck focuses on **preventing snow accumulation** on streets, sidewalks, runways, and mountain roads by heating the surface to avoid accidents, material costs, delays, and damage caused by conventional snow removal techniques. It explicitly mentions applications "anywhere" and cites mountains and runways as examples.

Did Concreate successfully raise funding from this pitch deck?

Based on available information, there is no externally verified record of a completed funding round, investor names, or amounts specifically tied to this deck. The deck itself appears to be a **seed-stage fundraising attempt** to move from research prototype to market-ready product, but later corporate or funding outcomes cannot be confirmed from accessible public sources.

Sources

Funding and outcome facts on this page were researched on 2026-08-21 from the pages below.

concreate pitch deck slides

concreate pitch deck slide 1 of 12
concreate pitch deck — slide 1 of 12
concreate pitch deck slide 2 of 12
concreate pitch deck — slide 2 of 12
concreate pitch deck slide 3 of 12
concreate pitch deck — slide 3 of 12
concreate pitch deck slide 4 of 12
concreate pitch deck — slide 4 of 12
concreate pitch deck slide 5 of 12
concreate pitch deck — slide 5 of 12
concreate pitch deck slide 6 of 12
concreate pitch deck — slide 6 of 12

What each slide of the concreate pitch deck says

Slide 2

What is the problem? a smart heating s-onons When snow stays on streets or on sidewalks it generates many problems: (1) Many accidents happen and human lives are lost. (2) Material costs are also incurred. (3) Also delays occur and the streets and environment are damaged by current snow removal techniques.

Slide 3

n 5 a What is the current solution? smart heating solutions In order to get rid of the snow, snow removal or snow preventing techniques are used. Snow removal In 99% of cases, the snow is removed after several centimeters of snow are already piled up on the street. Shovels or plows are being used. Usually it takes between 2-3 hours up to 7-8 days to remove the snow from the streets and sidewalks. During this time, many accidents happen. —- Vv Q = 7 ® = Av | . Lk gr | = = y— i= J — EE IEEE EE ELL

Slide 4

a smart heating solutions There are some snow preventing solutions... But these solutions are rarely used, because they are: complicated very expensive take along time to be built can break down not applicable anywhere (e.g. not in the mountains - where one actually needs them...)

Slide 5

COoN( Our snow preventing solution is much better ' smart heating sm?ions Our USP adds a lot of value because our product is: straightforward cheaper isinstalled very quickly isvirtually impossible to break down can be used anywhere (e.g. not in the mountains - where one actually needs them...) 100% environmently friendly doesn't use any fossil fuels (it can use only green power) does not damage the runway, thus less road maintenance costs Wire Mesh, Rebar Staple to Rigid Foam

Slide 6

The Product reat smart heating solutions Our product is a concrete panel that can be heated. The heating system is already incorporated inside the panel. (standard dimensions: 1 m x 1 m x 3 cm) A carbon-fiber grid is placed inside the concrete panel. It serves as both reinforcement and as the heating system. Carbon is a conductive material. Therefore electricity can travel through it. Once this grid is connected to a power source, it heats up. The concrete around it, gets warm too. -— 4 2 oa F-3 —— | Eee seat yy AY 4 : aa all, ————" WN Lu — EE —_™_ lk ; li III Al ik ”k Ei A A RA AAR BA A AAR

Slide 7

Development status rege smart heating solutions What we already have: aresearch prototype: a panel that becomes warm in about 5 minutes (it uses a lab power supply) a proof-of-concept: a test room is built in the new HTWK Leipzig building What we still need: a market-ready solution to connect the panel to a power source aconnection system between two or more panels Both further developments are the base of our Intellectual Protection strategy. research prototype research power supply market-ready power supply

Slide text above is read directly from the concreate deck PDF embedded on this page.

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