SCALIUM+ is a Quebec City materials company, acquired by Scandium Canada in June 2026, developing and commercializing aluminum-scandium alloy formats for additive manufacturing, sporting goods, aerospace and satellite structures.
Operating context
The buying path depends on material form: rolled sheet has a named ski-product application, while powders and wire require process-specific qualification. The parent reports preliminary SC7075 WAAM trials with deposition optimization still underway. Aerospace thick plate is a separate development program; buyers should specify alloy, temper, forming process and acceptance criteria.
Canadian footprint
The business operates from Quebec City, Quebec, where the Canadian Space Agency lists Ferreol Technologies and where SCALIUM+ says its team and workflow continue following the acquisition.
Quebec City, Quebec is the published city-level context for SCALIUM+ (formerly Ferreol Technologies). It does not imply a street address or exact facility location.
Scalium+ offers a Canadian route to evaluate aluminum-scandium materials with a named commercial sheet application at Ferreol Skis. Its powder and wire lines broaden the manufacturing options, while the CSA thick-plate program remains a separate research pathway. The next conversation should match material form and processing conditions to qualification requirements, lot capacity and supply commitments; ski use does not establish aerospace acceptance.
Interpretation of the public record. Not qualification, endorsement or evidence of buyer interest.
Scalium+ identifies FST as its chrome-free aluminum surface-treatment platform. The company reports scaling production of a treatment intended to improve adhesion and bonding interfaces.
Evidence of maturity
Company reports production scale-up; no qualification standard or measured bond-performance result is disclosed.
SCALIUM+, formerly Ferreol Technologies and now owned by Scandium Canada, is adapting aluminum-scandium alloys for space-component mass reduction. Its CSA-supported work extends thin-sheet expertise to thicker plates through proof of concept, laboratory testing and manufacturing scale-up. Scandium Canada reports 0.4 mm sheets used across Ferreol Skis’ 2026–27 collection, which establishes a reported sporting-goods application rather than aerospace qualification. The sheet catalogue lists yield strength up to 610 MPa and 74 GPa modulus, with format, temper and availability requiring confirmation.
Evidence of maturity
Commercial sporting-goods use is reported by the parent company; space-oriented thick-plate development is supported by a C$348,750 CSA contribution through May 2028. Aerospace qualification remains unestablished.
Commercial availability
Sheet and other material formats are supplier offerings with availability to confirm; the sheet page still says soon available. Aerospace plate qualification and FST surface treatment remain development matters.
Core features
Thin-sheet to thick-plate development for space-component mass reduction
CSA-supported proof of concept, laboratory testing and scale-up
Parent-reported 0.4 mm sheet application in Ferreol’s 2026–27 skis
Scalium+ markets AA535 and AA7075 aluminum-scandium powder systems for laser powder bed fusion and states that they are in qualification testing with advanced-manufacturing end users.
Evidence of maturity
Manufacturer-reported end-user qualification testing; no production part approval is established.
Ferreol Skis identifies 0.4 mm Scalium aluminum-scandium sheets in every model of its 2026-2027 collection, establishing a named commercial laminate application.
Evidence of maturity
Customer-reported commercial use in the 2026-2027 ski collection; no aerospace qualification inferred.
Scalium+ offers aluminum-scandium wire for welding and wire arc additive manufacturing. Its parent reports preliminary SC7075 trials produced structures, with deposition-parameter optimization still underway.
Evidence of maturity
Preliminary WAAM structures reported by the parent; process optimization and end-user qualification continue.
On August 17, 2026, the Canadian Space Agency amended Ferreol Technologies' existing contribution agreement to recognize SCALIUM+ as beneficiary of a C$348,750 project scaling and validating thick aluminum-scandium plate for satellite applications through May 31, 2028.
Ferreol Skis reports use of 0.4 mm Scalium sheets throughout its 2026-2027 collection. Scalium+ lists its additive-manufacturing powders and welding wire in end-user qualification testing; CSA-backed thick plate remains a research and scale-up project.
Financing and disclosed activity
Scandium Canada disclosed estimated acquisition obligations of CAD 6.608 million: CAD 2 million cash, approximately CAD 4.070 million in shares and CAD 0.538 million assumed liabilities, plus a contingent earn-out capped at CAD 2.45 million. These are purchase terms, not new operating capital. Separately, CSA agreement 25STDPY09 provides CAD 348,750 for research through May 2028.
Ownership and entity scope
Scandium Canada Ltd. acquired all issued and outstanding shares of 9480-3798 Québec inc., operating as Ferreol Technologies, and introduced SCALIUM+ as its subsidiary and brand in June 2026.
Ecosystem relationships
Space Technology Development Program contribution recipient
Canadian Space Agency
The Canadian Space Agency awarded Ferreol Technologies a contribution to adapt and validate Scalium for aerospace-scale plate production; the record does not establish flight qualification or procurement.
Funding and ownership
CSA STDP research contribution
$348,750
CSA agreement 25STDPY09 provides CAD 348,750 for thick-plate manufacturing scale-up, characterization and proof of concept from August 29, 2025 to May 31, 2028. The August 2026 beneficiary amendment continues the original award; it is not additional funding.
Reviewed connections
Mission area · Reviewed connectionEvidence strength: Needs Review
Lower-mass satellite structures could enable greater payload capacity for sensing missions, but no northern payload, platform integration or mission-specific qualification is publicly established.
Which alloy, temper and processing conditions support the specification for the requested sheet, powder or wire?
The portfolio spans distinct material forms; published powder strength figures do not identify compatible test conditions.
02
What repeatable lot size, lead time and traceability can be offered beyond the Ferreol Skis sheet application?
Ferreol Skis is a named commercial use, but this does not establish production capacity or availability for other formats.
03
Which test standard and integrator acceptance milestone will the CSA thick-plate project deliver?
Agreement 25STDPY09 funds scale-up and proof of concept through May 2028, without identifying flight qualification or a named aerospace buyer.
04
Which granted or pending patent identifiers and current feedstock arrangements apply to the proposed material?
Patent wording varies across company pages, while the parent describes Crater Lake as a future source; neither establishes current assured supply.
Original sources 14 linked records
These records support the organization, its owned capabilities and their reviewed connections. A source count is not a count of independent confirmations.
Canadian Space Agency agreement 25STDPY09 provides CAD 348,750 for thick-plate manufacturing scale-up, characterization and proof of concept, August 29, 2025 through May 31, 2028.
Supports: Profile · executive relevance summary
Source location: executiveRelevanceSummary
Canadian Space Agency agreement 25STDPY09 provides CAD 348,750 for thick-plate manufacturing scale-up, characterization and proof of concept, August 29, 2025 through May 31, 2028.
Canadian Space Agency agreement 25STDPY09 provides CAD 348,750 for thick-plate manufacturing scale-up, characterization and proof of concept, August 29, 2025 through May 31, 2028.
Supports: Profile · operating context
Canadian Space Agency agreement 25STDPY09 provides CAD 348,750 for thick-plate manufacturing scale-up, characterization and proof of concept, August 29, 2025 through May 31, 2028.
Supports: Profile · commercial status
Canadian Space Agency agreement 25STDPY09 provides CAD 348,750 for thick-plate manufacturing scale-up, characterization and proof of concept, August 29, 2025 through May 31, 2028.
Scalium+ About calls the inherited alloy patented, whereas its home page and acquisition release describe patent-pending technology; no matching granted patent was resolved in the public search.
Scalium+ About calls the inherited alloy patented, whereas its home page and acquisition release describe patent-pending technology; no matching granted patent was resolved in the public search.
Scalium+ home page lists powder ultimate tensile strength of 330–380 MPa and elsewhere yield strength up to 650 MPa without distinguishing condition or alloy; these values cannot be combined as one material specification.
Scalium+ home page lists powder ultimate tensile strength of 330–380 MPa and elsewhere yield strength up to 650 MPa without distinguishing condition or alloy; these values cannot be combined as one material specification.
Public sources cited · Facts and assessments kept separate · Human review
Reviewed connections indicate possible relevance based on public evidence. They do not indicate procurement direction, eligibility, endorsement or customer interest.
Canadian Space Agency agreement 25STDPY09 provides CAD 348,750 for thick-plate manufacturing scale-up, characterization and proof of concept, August 29, 2025 through May 31, 2028.
Canadian Space Agency agreement 25STDPY09 provides CAD 348,750 for thick-plate manufacturing scale-up, characterization and proof of concept, August 29, 2025 through May 31, 2028.
Supports: Profile · profileData.portfolioScope
Canadian Space Agency agreement 25STDPY09 provides CAD 348,750 for thick-plate manufacturing scale-up, characterization and proof of concept, August 29, 2025 through May 31, 2028.
Canadian Space Agency agreement 25STDPY09 provides CAD 348,750 for thick-plate manufacturing scale-up, characterization and proof of concept, August 29, 2025 through May 31, 2028.
Supports: CSA STDP research contribution funding event
Canadian Space Agency agreement 25STDPY09 provides CAD 348,750 for thick-plate manufacturing scale-up, characterization and proof of concept, August 29, 2025 through May 31, 2028.
Supports: CSA STDP research contribution funding event
Canadian Space Agency agreement 25STDPY09 provides CAD 348,750 for thick-plate manufacturing scale-up, characterization and proof of concept, August 29, 2025 through May 31, 2028.
Supports: CSA STDP research contribution funding event
Canadian Space Agency agreement 25STDPY09 provides CAD 348,750 for thick-plate manufacturing scale-up, characterization and proof of concept, August 29, 2025 through May 31, 2028.
Supports: CSA STDP research contribution funding event
Canadian Space Agency agreement 25STDPY09 provides CAD 348,750 for thick-plate manufacturing scale-up, characterization and proof of concept, August 29, 2025 through May 31, 2028.
Supports: CSA STDP research contribution funding event
Canadian Space Agency agreement 25STDPY09 provides CAD 348,750 for thick-plate manufacturing scale-up, characterization and proof of concept, August 29, 2025 through May 31, 2028.
Ferreol Skis states that every ski in its 2026-2027 collection incorporates 0.4 mm Scalium sheets.
Supports: Profile · operating context
Ferreol Skis states that every ski in its 2026-2027 collection incorporates 0.4 mm Scalium sheets.
Ferreol Skis states that every ski in its 2026-2027 collection incorporates 0.4 mm Scalium sheets.
Supports: Profile · commercial status
Ferreol Skis states that every ski in its 2026-2027 collection incorporates 0.4 mm Scalium sheets.
Supports: Profile · defence posture
Ferreol Skis states its military ski line incorporates Scalium and captions a photograph as Canadian Armed Forces use during NANOOK NUNALIVUT 2026; no contract value or unit quantity is stated.
Supports: Profile · executive relevance summary
Source location: executiveRelevanceSummary
Ferreol Skis states that every ski in its 2026-2027 collection incorporates 0.4 mm Scalium sheets.
Supports: Scalium rolled sheet for ski laminates · commercial availability
Ferreol Skis states that every ski in its 2026-2027 collection incorporates 0.4 mm Scalium sheets.
Supports: Scalium rolled sheet for ski laminates · technical tags
Ferreol Skis states that every ski in its 2026-2027 collection incorporates 0.4 mm Scalium sheets.
Supports: Scalium rolled sheet for ski laminates · name
Supports: Scalium rolled sheet for ski laminates · technical tags
Ferreol Skis states that every ski in its 2026-2027 collection incorporates 0.4 mm Scalium sheets.
Supports: Scalium rolled sheet for ski laminates · defence applications
SCALIUM+ (formerly Ferreol Technologies) applications: Ski construction
Supports: Scalium rolled sheet for ski laminates · core features
SCALIUM+ (formerly Ferreol Technologies) features: Aluminum-scandium laminate material
Supports: Scalium rolled sheet for ski laminates · summary
SCALIUM+ (formerly Ferreol Technologies) summary: Ferreol Skis identifies 0.4 mm Scalium aluminum-scandium sheets in every model of its 2026-2027 collection, establishing a named commercial laminate application.
Supports: Scalium rolled sheet for ski laminates · technical tags
Ferreol Skis states that every ski in its 2026-2027 collection incorporates 0.4 mm Scalium sheets.
Supports: Scalium rolled sheet for ski laminates · capability type
Ferreol Skis states that every ski in its 2026-2027 collection incorporates 0.4 mm Scalium sheets.
Supports: Scalium rolled sheet for ski laminates · core features
SCALIUM+ (formerly Ferreol Technologies) features: 0.4 mm sheet in the named ski collection
Supports: Scalium rolled sheet for ski laminates · technicaldomainslugs
Ferreol Skis states that every ski in its 2026-2027 collection incorporates 0.4 mm Scalium sheets.
Supports: Scalium rolled sheet for ski laminates · maturity
Ferreol Skis states that every ski in its 2026-2027 collection incorporates 0.4 mm Scalium sheets.
Scalium+ About calls the inherited alloy patented, whereas its home page and acquisition release describe patent-pending technology; no matching granted patent was resolved in the public search.
Supports: Profile · canadian footprint
The Canadian Space Agency lists Ferreol Technologies in Quebec City, and SCALIUM+ says the Quebec team and operating workflow continue after the acquisition.
Scalium+ About calls the inherited alloy patented, whereas its home page and acquisition release describe patent-pending technology; no matching granted patent was resolved in the public search.
Supports: Profile · profileData.portfolioScope
Scalium+ identifies FST as a chrome-free surface-treatment platform inherited from Ferreol Technologies.
SCALIUM+ (formerly Ferreol Technologies) summary: Scalium+ identifies FST as its chrome-free aluminum surface-treatment platform. The company reports scaling production of a treatment intended to improve adhesion and bonding interfaces.
Scalium+ markets aluminum-scandium alloy sheet and developing plate, additive-manufacturing powders and welding wire. Ski-sheet use is commercially documented while aerospace plate and powder or wire qualification remain development activities. The website links https://www.linkedin.com/company/scaliumplus and publishes service@scaliumplus.com, +1-514-360-0571 and its contact form.
Scalium+ home page lists powder ultimate tensile strength of 330–380 MPa and elsewhere yield strength up to 650 MPa without distinguishing condition or alloy; these values cannot be combined as one material specification.
Supports: Profile · profileData.portfolioScope
Scalium+ describes AA535 and AA7075 aluminum-scandium powders for laser powder bed fusion, currently in end-user qualification testing. Scalium+ describes AA7075 aluminum-scandium welding wire for Wire Arc Additive Manufacturing, currently in end-user qualification testing.
Supports: Profile · executive relevance summary
Source location: executiveRelevanceSummary
Scalium+ describes AA535 and AA7075 aluminum-scandium powders for laser powder bed fusion, currently in end-user qualification testing. Scalium+ describes AA7075 aluminum-scandium welding wire for Wire Arc Additive Manufacturing, currently in end-user qualification testing.
Scalium+ home page lists powder ultimate tensile strength of 330–380 MPa and elsewhere yield strength up to 650 MPa without distinguishing condition or alloy; these values cannot be combined as one material specification.
Supports: Profile · commercial status
Scalium+ describes AA535 and AA7075 aluminum-scandium powders for laser powder bed fusion, currently in end-user qualification testing. Scalium+ describes AA7075 aluminum-scandium welding wire for Wire Arc Additive Manufacturing, currently in end-user qualification testing.
SCALIUM+ (formerly Ferreol Technologies) summary: Scalium+ identifies FST as its chrome-free aluminum surface-treatment platform. The company reports scaling production of a treatment intended to improve adhesion and bonding interfaces.
Supports: FST chrome-free aluminum surface treatment · core features
Supports: Scalium powders for laser powder bed fusion · name
SCALIUM+ (formerly Ferreol Technologies) name: Scalium powders for laser powder bed fusion
Supports: Scalium powders for laser powder bed fusion · technical tags
Scalium+ describes AA535 and AA7075 aluminum-scandium powders for laser powder bed fusion, currently in end-user qualification testing.
Supports: Scalium powders for laser powder bed fusion · maturity
Scalium+ describes AA535 and AA7075 aluminum-scandium powders for laser powder bed fusion, currently in end-user qualification testing.
Supports: Scalium powders for laser powder bed fusion · commercial availability
Scalium+ describes AA535 and AA7075 aluminum-scandium powders for laser powder bed fusion, currently in end-user qualification testing.
Supports: Scalium powders for laser powder bed fusion · core features
SCALIUM+ (formerly Ferreol Technologies) features: AA535 and AA7075 powder families
Supports: Scalium powders for laser powder bed fusion · core features
SCALIUM+ (formerly Ferreol Technologies) features: Laser powder bed fusion processing
Supports: Scalium powders for laser powder bed fusion · technical tags
Scalium+ describes AA535 and AA7075 aluminum-scandium powders for laser powder bed fusion, currently in end-user qualification testing.
Supports: Scalium powders for laser powder bed fusion · summary
SCALIUM+ (formerly Ferreol Technologies) summary: Scalium+ markets AA535 and AA7075 aluminum-scandium powder systems for laser powder bed fusion and states that they are in qualification testing with advanced-manufacturing end users.
Supports: Scalium powders for laser powder bed fusion · technicaldomainslugs
Scalium+ describes AA535 and AA7075 aluminum-scandium powders for laser powder bed fusion, currently in end-user qualification testing.
Supports: Scalium powders for laser powder bed fusion · technology readiness level
Scalium+ describes AA535 and AA7075 aluminum-scandium powders for laser powder bed fusion, currently in end-user qualification testing.
Supports: Scalium powders for laser powder bed fusion · technical tags
Scalium+ describes AA535 and AA7075 aluminum-scandium powders for laser powder bed fusion, currently in end-user qualification testing.
Supports: Scalium powders for laser powder bed fusion · capability type
Scalium+ describes AA535 and AA7075 aluminum-scandium powders for laser powder bed fusion, currently in end-user qualification testing.
Supports: Scalium welding wire for WAAM · core features
Supports: Scalium welding wire for WAAM · technical tags
Scalium+ describes AA7075 aluminum-scandium welding wire for Wire Arc Additive Manufacturing, currently in end-user qualification testing.
Supports: Scalium welding wire for WAAM · technical tags
Scalium+ describes AA7075 aluminum-scandium welding wire for Wire Arc Additive Manufacturing, currently in end-user qualification testing.
Supports: Scalium welding wire for WAAM · slug
Scalium+ describes AA7075 aluminum-scandium welding wire for Wire Arc Additive Manufacturing, currently in end-user qualification testing.
Supports: Scalium welding wire for WAAM · technology readiness level
Scalium+ describes AA7075 aluminum-scandium welding wire for Wire Arc Additive Manufacturing, currently in end-user qualification testing.
Supports: Scalium welding wire for WAAM · summary
SCALIUM+ (formerly Ferreol Technologies) summary: Scalium+ offers aluminum-scandium wire for welding and wire arc additive manufacturing. Its parent reports preliminary SC7075 trials produced structures, with deposition-parameter optimization still underway.
Supports: Scalium welding wire for WAAM · commercial availability
Scalium+ describes AA7075 aluminum-scandium welding wire for Wire Arc Additive Manufacturing, currently in end-user qualification testing.
Supports: Scalium welding wire for WAAM · defence applications
SCALIUM+ (formerly Ferreol Technologies) applications: Welding and additive manufacturing trials
Supports: Scalium welding wire for WAAM · name
SCALIUM+ (formerly Ferreol Technologies) name: Scalium welding wire for WAAM
Supports: Scalium welding wire for WAAM · capability type
Scalium+ describes AA7075 aluminum-scandium welding wire for Wire Arc Additive Manufacturing, currently in end-user qualification testing.
Supports: Scalium welding wire for WAAM · technicaldomainslugs
Scalium+ describes AA7075 aluminum-scandium welding wire for Wire Arc Additive Manufacturing, currently in end-user qualification testing.
Supports: Scalium welding wire for WAAM · technical tags
Scalium+ describes AA7075 aluminum-scandium welding wire for Wire Arc Additive Manufacturing, currently in end-user qualification testing.
Supports: Scalium welding wire for WAAM · core features
A Canadian Space Agency contribution running through May 2028 supports scale-up, characterization and proof-of-concept work for thick Scalium plates aimed at aerospace and next-generation Canadian satellite applications.
Supports: Profile · profileData.currentActivity
A Canadian Space Agency contribution running through May 2028 supports scale-up, characterization and proof-of-concept work for thick Scalium plates aimed at aerospace and next-generation Canadian satellite applications.
Supports: Scalium aluminum-scandium alloy for aerospace structures · summary
Ferreol is adapting its Scalium aluminum-scandium alloy into thicker plate formats and scalable manufacturing processes for lighter aerospace and satellite components.
Lower-mass satellite structures could enable greater payload capacity for sensing missions, but no northern payload, platform integration or mission-specific qualification is publicly established.
Supports: Space Technology Development Program contribution recipient relationship
Source location: relationships.0.publicSummary
The Canadian Space Agency awarded Ferreol Technologies a contribution to adapt and validate Scalium for aerospace-scale plate production; the record does not establish flight qualification or procurement.
True North Map derives the executive assessment from the published material formats, CSA-backed thick-plate project and explicit qualification, capacity, flight-heritage and customer limits.
Supports: Profile · editorial profile version
Source location: editorialProfileVersion
The identity, ownership, contact, current-activity, operating-context, footprint and decision-question evidence supports human review for the full organization editorial template.
True North Map derives qualification, production-capacity, component-integration and supply-assurance questions from the bounded public evidence and its material gaps.
True North Map derives qualification, production-capacity, component-integration and supply-assurance questions from the bounded public evidence and its material gaps.
Supports: Profile · operating context
The CSA award and SCALIUM+ catalogue establish alloy formulation and semi-finished formats with aerospace work at scale-up, characterization and proof-of-concept stage.
True North Map derives qualification, production-capacity, component-integration and supply-assurance questions from the bounded public evidence and its material gaps.
True North Map derives qualification, production-capacity, component-integration and supply-assurance questions from the bounded public evidence and its material gaps.
True North Map derives qualification, production-capacity, component-integration and supply-assurance questions from the bounded public evidence and its material gaps.
True North Map derives qualification, production-capacity, component-integration and supply-assurance questions from the bounded public evidence and its material gaps.
True North Map derives qualification, production-capacity, component-integration and supply-assurance questions from the bounded public evidence and its material gaps.
True North Map derives qualification, production-capacity, component-integration and supply-assurance questions from the bounded public evidence and its material gaps.
Supports: Profile · dual use posture
The CSA Space Technology Development Program lists an aluminum-scandium plate development project associated with Ferreol Technologies. The existing dossier records the later SCALIUM+ beneficiary amendment and the project running to May 2028; development support does not establish qualified spacecraft material delivery.
Scandium Canada reports preliminary SC7075 wire WAAM trials produced structures and now require deposition optimization; Granges work is under an MOU and Alpomet discussions have no binding agreement.
Supports: Profile · profileData.operatingModel
Scandium Canada reports preliminary SC7075 wire WAAM trials produced structures and now require deposition optimization; Granges work is under an MOU and Alpomet discussions have no binding agreement.
Supports: Scalium welding wire for WAAM · summary
SCALIUM+ (formerly Ferreol Technologies) summary: Scalium+ offers aluminum-scandium wire for welding and wire arc additive manufacturing. Its parent reports preliminary SC7075 trials produced structures, with deposition-parameter optimization still underway.
Supports: Scalium welding wire for WAAM · maturity
Scandium Canada reports preliminary SC7075 wire WAAM trials produced structures and now require deposition optimization; Granges work is under an MOU and Alpomet discussions have no binding agreement.
Scandium Canada reports it acquired all shares of Ferreol Technologies on June 29, 2026 and renamed it Scalium+ Inc., a wholly owned subsidiary.
Supports: Profile · profileData.operatingModel
The acquisition announcement identifies an established production workflow and commercial team in Quebec City.
Supports: Profile · ownership
Scandium Canada says it acquired all issued and outstanding shares of 9480-3798 Québec inc., operating as Ferreol Technologies, and introduced SCALIUM+ as its subsidiary and brand.
Scandium Canada reports it acquired all shares of Ferreol Technologies on June 29, 2026 and renamed it Scalium+ Inc., a wholly owned subsidiary.
Supports: Profile · description
Scandium Canada describes the acquired Quebec materials business and SCALIUM+ brand as developing aluminum-scandium alloy formats for commercial and aerospace applications.
Supports: Scalium aluminum-scandium alloy for aerospace structures · summary
Scandium Canada June 29 2026 announcement describes acquisition of Ferreol Technologies as wholly owned subsidiary and introduction of Scalium+. The corporate transition is not a material qualification event.
Scandium Canada reports that the August 17, 2026 CSA amendment recognizes SCALIUM+ as beneficiary of the C$348,750 thick-plate project through May 31, 2028.
Supports: Profile · current activity as of
The contribution amendment that establishes the current activity took effect on August 17, 2026.
Supports: Profile · name
Scandium Canada reports that the current operating brand is SCALIUM+ while preserving Ferreol Technologies as the predecessor identity.
Supports: Scalium aluminum-scandium alloy for aerospace structures · commercial availability
Scandium Canada August 31 2026 reports C$348,750 CSA contribution through May 31 2028, amended August 17 to reflect Scalium+ beneficiary. Project develops thin-sheet expertise into thick plates through proof of concept, lab testing and scaling for space components; qualification remains a project objective.
Supports: Scalium aluminum-scandium alloy for aerospace structures · defence applications
Scandium Canada August 31 2026 reports C$348,750 CSA contribution through May 31 2028, amended August 17 to reflect Scalium+ beneficiary. Project develops thin-sheet expertise into thick plates through proof of concept, lab testing and scaling for space components; qualification remains a project objective.
Supports: Scalium aluminum-scandium alloy for aerospace structures · technicaldomainslugs
Scandium Canada August 31 2026 reports C$348,750 CSA contribution through May 31 2028, amended August 17 to reflect Scalium+ beneficiary. Project develops thin-sheet expertise into thick plates through proof of concept, lab testing and scaling for space components; qualification remains a project objective.
Supports: Scalium aluminum-scandium alloy for aerospace structures · defence applications
Scandium Canada August 31 2026 reports C$348,750 CSA contribution through May 31 2028, amended August 17 to reflect Scalium+ beneficiary. Project develops thin-sheet expertise into thick plates through proof of concept, lab testing and scaling for space components; qualification remains a project objective.
Supports: Scalium aluminum-scandium alloy for aerospace structures · technicaldomainslugs
Scandium Canada August 31 2026 reports C$348,750 CSA contribution through May 31 2028, amended August 17 to reflect Scalium+ beneficiary. Project develops thin-sheet expertise into thick plates through proof of concept, lab testing and scaling for space components; qualification remains a project objective.
Supports: Scalium aluminum-scandium alloy for aerospace structures · core features
Scandium Canada August 31 2026 reports C$348,750 CSA contribution through May 31 2028, amended August 17 to reflect Scalium+ beneficiary. Project develops thin-sheet expertise into thick plates through proof of concept, lab testing and scaling for space components; qualification remains a project objective.
Supports: Scalium aluminum-scandium alloy for aerospace structures · core features
Scandium Canada August 31 2026 reports C$348,750 CSA contribution through May 31 2028, amended August 17 to reflect Scalium+ beneficiary. Project develops thin-sheet expertise into thick plates through proof of concept, lab testing and scaling for space components; qualification remains a project objective.
Supports: Scalium aluminum-scandium alloy for aerospace structures · defence applications
Scandium Canada August 31 2026 reports C$348,750 CSA contribution through May 31 2028, amended August 17 to reflect Scalium+ beneficiary. Project develops thin-sheet expertise into thick plates through proof of concept, lab testing and scaling for space components; qualification remains a project objective.
Supports: Scalium aluminum-scandium alloy for aerospace structures · name
Scandium Canada August 31 2026 reports C$348,750 CSA contribution through May 31 2028, amended August 17 to reflect Scalium+ beneficiary. Project develops thin-sheet expertise into thick plates through proof of concept, lab testing and scaling for space components; qualification remains a project objective.
Supports: Scalium aluminum-scandium alloy for aerospace structures · technicaldomainslugs
Scandium Canada August 31 2026 reports C$348,750 CSA contribution through May 31 2028, amended August 17 to reflect Scalium+ beneficiary. Project develops thin-sheet expertise into thick plates through proof of concept, lab testing and scaling for space components; qualification remains a project objective.
Supports: Scalium aluminum-scandium alloy for aerospace structures · technical tags
Scandium Canada August 31 2026 reports C$348,750 CSA contribution through May 31 2028, amended August 17 to reflect Scalium+ beneficiary. Project develops thin-sheet expertise into thick plates through proof of concept, lab testing and scaling for space components; qualification remains a project objective.
Scandium Canada August 31 2026 reports C$348,750 CSA contribution through May 31 2028, amended August 17 to reflect Scalium+ beneficiary. Project develops thin-sheet expertise into thick plates through proof of concept, lab testing and scaling for space components; qualification remains a project objective.
Supports: Scalium aluminum-scandium alloy for aerospace structures · technical tags
Scandium Canada August 31 2026 reports C$348,750 CSA contribution through May 31 2028, amended August 17 to reflect Scalium+ beneficiary. Project develops thin-sheet expertise into thick plates through proof of concept, lab testing and scaling for space components; qualification remains a project objective.
Supports: Scalium aluminum-scandium alloy for aerospace structures · technical tags
Scandium Canada August 31 2026 reports C$348,750 CSA contribution through May 31 2028, amended August 17 to reflect Scalium+ beneficiary. Project develops thin-sheet expertise into thick plates through proof of concept, lab testing and scaling for space components; qualification remains a project objective.
Supports: Scalium aluminum-scandium alloy for aerospace structures · technical tags
Scandium Canada August 31 2026 reports C$348,750 CSA contribution through May 31 2028, amended August 17 to reflect Scalium+ beneficiary. Project develops thin-sheet expertise into thick plates through proof of concept, lab testing and scaling for space components; qualification remains a project objective.
Supports: Scalium aluminum-scandium alloy for aerospace structures · defence applications
Scandium Canada August 31 2026 reports C$348,750 CSA contribution through May 31 2028, amended August 17 to reflect Scalium+ beneficiary. Project develops thin-sheet expertise into thick plates through proof of concept, lab testing and scaling for space components; qualification remains a project objective.
Supports: Scalium aluminum-scandium alloy for aerospace structures · capability type
Scandium Canada August 31 2026 reports C$348,750 CSA contribution through May 31 2028, amended August 17 to reflect Scalium+ beneficiary. Project develops thin-sheet expertise into thick plates through proof of concept, lab testing and scaling for space components; qualification remains a project objective.
Supports: Scalium aluminum-scandium alloy for aerospace structures · summary
Scandium Canada August 31 2026 reports C$348,750 CSA contribution through May 31 2028, amended August 17 to reflect Scalium+ beneficiary. Project develops thin-sheet expertise into thick plates through proof of concept, lab testing and scaling for space components; qualification remains a project objective.
Supports: Scalium aluminum-scandium alloy for aerospace structures · technical tags
Scandium Canada August 31 2026 reports C$348,750 CSA contribution through May 31 2028, amended August 17 to reflect Scalium+ beneficiary. Project develops thin-sheet expertise into thick plates through proof of concept, lab testing and scaling for space components; qualification remains a project objective.
Supports: Scalium aluminum-scandium alloy for aerospace structures · maturity
Scandium Canada August 31 2026 reports C$348,750 CSA contribution through May 31 2028, amended August 17 to reflect Scalium+ beneficiary. Project develops thin-sheet expertise into thick plates through proof of concept, lab testing and scaling for space components; qualification remains a project objective.
Scandium Canada August 31 2026 reports C$348,750 CSA contribution through May 31 2028, amended August 17 to reflect Scalium+ beneficiary. Project develops thin-sheet expertise into thick plates through proof of concept, lab testing and scaling for space components; qualification remains a project objective.
Scandium Canada August 31 2026 reports C$348,750 CSA contribution through May 31 2028, amended August 17 to reflect Scalium+ beneficiary. Project develops thin-sheet expertise into thick plates through proof of concept, lab testing and scaling for space components; qualification remains a project objective.
Scandium Canada August 31 2026 reports C$348,750 CSA contribution through May 31 2028, amended August 17 to reflect Scalium+ beneficiary. Project develops thin-sheet expertise into thick plates through proof of concept, lab testing and scaling for space components; qualification remains a project objective.
Scandium Canada August 31 2026 reports C$348,750 CSA contribution through May 31 2028, amended August 17 to reflect Scalium+ beneficiary. Project develops thin-sheet expertise into thick plates through proof of concept, lab testing and scaling for space components; qualification remains a project objective.
Supports: CSA STDP research contribution funding event
Scandium Canada says the August 17, 2026 CSA amendment confirms Scalium+ as beneficiary without changing the existing contribution terms; it is not a new award.
Ferreol Technologies is a Quebec City materials company commercializing Scalium, an aluminum-scandium alloy being adapted from thin-sheet sporting applications into plates, extrusions and powders for aerospace use.
Supports: Profile · commercial status
The SCALIUM+ catalogue markets aluminum-scandium alloy in multiple formats, while the CSA award identifies the thick-plate aerospace work as scale-up, characterization and proof of concept.
Supports: Scalium aluminum-scandium alloy for aerospace structures · maturity
Scandium Canada August 20 2026 reports 0.4 mm Scalium sheet deployment across Ferreol Skis 2026–27 collection. This is parent-company reporting of commercial sporting-goods use, not independent aircraft or spacecraft qualification.
Supports: Scalium aluminum-scandium alloy for aerospace structures · summary
Scandium Canada August 20 2026 reports 0.4 mm Scalium sheet deployment across Ferreol Skis 2026–27 collection. This is parent-company reporting of commercial sporting-goods use, not independent aircraft or spacecraft qualification.
Supports: Scalium aluminum-scandium alloy for aerospace structures · core features
Scandium Canada August 20 2026 reports 0.4 mm Scalium sheet deployment across Ferreol Skis 2026–27 collection. This is parent-company reporting of commercial sporting-goods use, not independent aircraft or spacecraft qualification.
Supports: Scalium aluminum-scandium alloy for aerospace structures · core features
Scalium sheets page lists 0.3–1.2 mm formats as soon available, yield strength up to 610 MPa, 74 GPa modulus and elongation above 8%; surface FST treatment is under development. Maximum values and availability are not established for every temper, thickness or aerospace part.
Supports: Scalium aluminum-scandium alloy for aerospace structures · commercial availability
Scalium sheets page lists 0.3–1.2 mm formats as soon available, yield strength up to 610 MPa, 74 GPa modulus and elongation above 8%; surface FST treatment is under development. Maximum values and availability are not established for every temper, thickness or aerospace part.
Supports: Scalium aluminum-scandium alloy for aerospace structures · summary
Scalium sheets page lists 0.3–1.2 mm formats as soon available, yield strength up to 610 MPa, 74 GPa modulus and elongation above 8%; surface FST treatment is under development. Maximum values and availability are not established for every temper, thickness or aerospace part.
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