Morgan & Reid: Our Materials
We use what we use for a reason.
This page exists because the question deserves a real answer. Not a corporate talking point. Not a deflection. Just a clear explanation of what our materials are, how they work, and what the science actually says.
The common concern
Three ideas that people collapse into one.
Most concern about synthetic bedding follows the same chain of logic:
Petroleum-derived
The raw material originates from petroleum refining.
Plastic
Petroleum-derived must therefore mean plastic.
Toxic exposure
Plastic must therefore mean sleeping wrapped in something harmful.
The chain doesn’t hold.
Petroleum-derived describes the origin of a raw material. Toxic describes its effect on a living organism. These are different claims. The transformation from crude oil to a finished polyester textile involves significant chemical processing, and the finished fibre behaves nothing like raw petroleum or plastic packaging.
Many safe, widely-used materials begin as petroleum derivatives, including the plastic in medical devices, food-grade packaging, and children’s toys. What matters is what the finished material does, not what it was derived from.
What the materials actually are
Engineered textiles are not the same as plastic.
Polyester is a polymer, a long chain molecule, that has been spun into fibre and woven into fabric. The same class of chemistry that makes plastic bags also makes surgical sutures, performance sportswear, and the fleece jacket you wear camping.
What separates them is structure, processing, and application. A polyester comforter fibre is engineered to trap air and retain warmth. A plastic bag is engineered to be impermeable and structurally rigid. They share a chemical ancestor, not a function or a risk profile.
The second thing happening online.
People have heard legitimate concerns about microplastics, PFAS, endocrine disruptors, and forever chemicals, and somewhere online those separate scientific discussions have merged into one ambient dread. Any synthetic material now inherits all of it by association.
These are scientifically distinct issues. PFAS are a specific class of chemicals used in non-stick coatings and waterproofing treatments. Microplastics are shed fibres from washing. Neither is the same as a polyester comforter fabric, and conflating them doesn’t help anyone make a good decision.
The consistency question
Synthetics you already live with, without a second thought.
The concern about synthetic bedding often comes from people who are already surrounded by synthetic textiles they never question:
That’s not hypocrisy, it’s how unfocused anxiety works. It tends to land on whatever recently got named. The bedding category has been named. Most of the other categories haven’t.
Our fabrics
Three engineered textiles. Three different jobs.
Each fabric in our range was chosen because it does something specific better than the alternatives at the same price point.
Warmth
Snuggle Fleece
Polyester plush, 150, 250 and 500 GSM
A high-pile polyester plush engineered to trap air and deliver consistent warmth. The fibre structure creates millions of tiny air pockets that act as insulation, the same principle used in performance outdoor gear. Soft from the first night. Holds its texture through regular washing.
Shop Snuggle Fleece comforters →Softness
Microplush Sheets
Microfibre polyester weave
An ultra-fine polyester weave where individual fibres are thinner than a human hair. The density of the weave creates a surface that feels softer and smoother than most cotton at the same thread count. Designed for winter warmth and a settled, cosy sleep surface that stays soft wash after wash.
Shop Microplush sheet sets →Cooling
Cooling Sheets
Elastane and spandex blend, 0.45 Qmax
This is the counterintuitive one. Most people assume synthetic means hot. This fabric does the opposite, it is engineered to pull heat and moisture away from the body on contact. The elastane and spandex blend has a Qmax rating of 0.45, meaning it actively draws warmth away the moment you get in. Cotton absorbs and holds moisture; this fabric moves it.
Shop cooling sheets →How synthetic cooling works
Why a synthetic fabric can be cooler than cotton.
Breathability and cooling are not properties of natural vs synthetic, they are functions of fibre structure, weave density, and moisture-wicking behaviour. Cotton is absorbent, which means it holds moisture against your skin. That can feel cool initially but becomes clammy as the fabric saturates.
An elastane and spandex blend engineered for cooling works differently. The fibre structure moves moisture away from the body rather than absorbing it, and the tight weave conducts heat away on contact. The Qmax rating measures how quickly a fabric draws warmth away, and 0.45 is meaningfully cooling.
What Qmax means
Qmax is a standardised measure of how quickly a fabric conducts warmth away from a heat source on contact. The higher the rating, the cooler the initial feel. Our cooling sheets measure 0.45, engineered to feel noticeably cool the moment you lie down.
The same logic applies to high-performance sportswear. Moisture-wicking activewear is almost universally synthetic. Natural fibres simply cannot replicate the moisture-movement properties that engineered fibres deliver.
The real conversation
What is worth talking about.
There is no mainstream scientific evidence that normal use of polyester bedding causes direct harm through skin contact. That’s not a corporate talking point, it’s where the research sits.
The conversation worth having is environmental. Synthetic textiles shed microfibres during washing, tiny particles that enter waterways and accumulate in ecosystems. This is a legitimate research area, and it is distinct from the skin-contact toxicity claim most online comments are actually making.
If you want to make an evidence-based case against synthetic bedding, microplastic shedding during washing is the right place to start, not skin contact toxicity. We think that conversation is worth having honestly, and we follow the research as it develops. A microfibre wash bag is a reasonable precaution in the meantime.
How we think about this
We follow the science, not the trend.
We don’t choose materials because they’re natural or synthetic. We choose them because they do the job better than the alternatives at a price that makes sense. Snuggle Fleece delivers warmth and softness that natural fibres can’t match at the same price point. Our cooling fabric does something cotton structurally cannot.
We’re not dismissing every concern about synthetic materials. The environmental discussion is real and we take it seriously. But the claim that sleeping on polyester bedding is harming you through skin contact is not supported by the evidence, and we think it’s worth saying so clearly rather than letting the narrative run.
“The brands that address the uncomfortable question clearly are the ones that earn the trust of the customer who was almost too smart to buy.”
We built this page because we believe engaging with the science honestly is better for everyone, including us. Questions? Contact us directly.
Common questions
On our materials
Is polyester bedding safe to sleep with?
Yes. Polyester is an engineered textile polymer that has been used in bedding, clothing, medical textiles, and insulation for decades. There is no mainstream scientific evidence that normal use of polyester bedding causes harm through skin contact. The finished textile fabric behaves entirely differently from raw petroleum inputs.
Why does Morgan & Reid use synthetic fabrics?
Because the right engineered textile outperforms natural alternatives in specific applications. Snuggle Fleece delivers consistent warmth and softness that natural fibres struggle to replicate at the same price point. Our cooling sheets use an elastane and spandex blend that wicks moisture and regulates temperature in ways cotton cannot. We choose materials based on what they do, not what they are derived from.
How can a synthetic fabric be cooling and breathable?
Breathability and cooling are functions of fibre structure and moisture-wicking properties, not whether a fabric is natural or synthetic. Our cooling sheets use an elastane and spandex blend engineered to pull heat and moisture away from the body. Cotton traps moisture; this fabric moves it.
What is the difference between petroleum-derived and toxic?
Petroleum-derived describes the origin of a raw material. Toxic describes its effect on a living organism. These are different claims. Many safe, widely-used materials begin as petroleum derivatives, including plastics used in medical devices and food packaging. The finished polyester textile in a comforter has undergone significant chemical transformation from its raw inputs.
Are microplastics from synthetic bedding a concern?
Microplastic shedding during washing is a legitimate area of research for synthetic textiles, and it is the real environmental discussion worth having. This is distinct from the skin-contact toxicity claim, which lacks scientific support. Using a washing bag designed to capture microfibres is a reasonable precaution while the science develops.
What about PFAS and forever chemicals?
PFAS are a specific class of chemicals used in non-stick coatings, waterproofing treatments, and stain repellents, not a characteristic of standard polyester or elastane textiles. The online conflation of PFAS, microplastics, endocrine disruptors, and polyester into a single fear category is understandable but scientifically inaccurate. They are different discussions.
Shop the range.
Warm, soft, and designed to be lived in. Ships quickly Australia-wide.