Electronics manufacturing has a real environmental footprint. We won’t pretend otherwise. What follows is the list of things we actually control — the substances we restrict, the materials we prefer, the waste streams we reclaim, and the measurable commitments we’ve put a date on. Reviewed annually. Reported against honestly.
A single printed circuit board draws on copper, fibreglass, epoxy resin, tin, lead-free solder alloys, nickel, gold, and a supply chain that crosses at least three continents. The global electronics industry accounts for a meaningful share of industrial material throughput, energy use, and end-of-life waste. Pretending a small Canadian manufacturer’s website can wave a hand at any of that is dishonest.
What an individual shop can actually control is narrower: the substances it allows into a board, the materials it prefers when a choice exists, the energy that powers its processes, the waste streams its operations generate, and — critically — the useful lifetime of the products the work goes into. Those five levers are what this policy addresses. It does not address levers we cannot move.
Compliance below is default, not upcharge — included on every order unless the customer’s specification explicitly overrides it.
This is the part of the policy most sustainability documents in our industry don’t write about, because it’s harder to photograph than a solar panel on a roof. It’s also the lever with the largest real-world effect.
A factory controller that fails in 2026 and cannot be repaired — because its microcontroller went out of production in 2011 — gets scrapped. Whatever the controller was running gets scrapped with it or rebuilt from new parts. That replacement cycle moves thousands of kilograms of materials, gigajoules of embodied energy, and a shipping footprint that did not need to exist.
A single microcontroller sourced from verified excess inventory, or a replacement built from a pin-compatible drop-in, can extend the useful life of a multi-million-dollar production system by five to ten years. Measured in raw carbon and materials, that is orders of magnitude more impactful than any reasonable improvement to the manufacturing process of the replacement IC itself.
Our obsolete-component procurement practice — which reads on a capability list like a commercial offering — is in fact one of the most concrete forms of industrial sustainability work available to a company our size. We treat it that way. The same logic extends to our custom-component build service, where we manufacture drop-in replacements for parts whose original suppliers have left the market, and to our engineering and DFM review practice, where a careful design review avoids scrapped production runs that would otherwise waste materials at a scale of thousands of boards at a time.
A commitment without a date is a slogan. These have dates. Each is reviewed every year in our annual operating review and reported on to customers who request it.
We don’t invent our own standards. We align to frameworks that already have auditors, authorities, and decades of published practice behind them.
This policy is reviewed annually by RLX Solutions leadership. When our practices change — because a commitment is met, missed, or superseded — the document is updated, dated, and the change logged. Revision history is kept internally and made available on request to any customer or procurement team that requires it.
Nothing here is aspirational placeholder. If a commitment is in this document, we’re working on it. If we’re doing something concrete that isn’t in this document yet, the omission gets corrected at the next review — not left to atmosphere.
If you’re evaluating RLX as a supplier and you need a specific commitment, certificate, or scope letter we haven’t published, email sales@rlxsolutions.com and we’ll either send it or tell you honestly that we don’t have it.
// POLICY REVISION — APRIL 2026
Upload Gerbers, BOM, and pick-and-place through the form, or call directly. An engineer reads your files and replies within 24 business hours.