Source custom glass-fiber reinforced polymer (GFRP), also called GRP or architectural fiberglass, for curved facades, soffits and sculptural surfaces. Cladvera coordinates the supplier inquiry around your drawings, laminate, finish, connections and delivery requirements.
Made to drawingFacade & interiorProject-specific tooling
Supplier: Shandong Jinguang Group (Kinflare). The examples on this page come from its FRP presentation supplied to Cladvera.
Supplier construction example, original slide 42. Image supplied by Kinflare; shown as a manufacturing and installation reference.
A component designed as part of an assembly
GFRP combines glass reinforcement with a polymer resin matrix. The supplier's presentation shows shaped laminates formed in custom molds, with surface finishes and embedded metal connection pieces.
Dimensions, thickness, weight, reinforcement and support spacing are developed for the proposed geometry and loads. Cladvera coordinates the supply inquiry with the manufacturer and your project team.
Use these starting points to describe the component you need. Suitability is reviewed against the actual location, geometry and assembly.
Curved facade elements
Molded cladding surfaces and projecting architectural profiles. Define curvature, visible joints and support points together.
Soffits & feature surfaces
Shaped overhead and interior elements with coordinated edges, openings and visible finishes.
Sculptural enclosures
Complex shells assembled from transportable modules. Review surface continuity alongside joint access and installation sequence.
Repeated custom profiles
A project-specific mold can serve repeated elements. Separate unique shapes from repeat quantities in the pricing schedule.
From digital geometry to a molded component
The supplier illustrates custom tooling, glass-fiber lay-up, gelcoat and vacuum-assisted processing. The manufacturing method and laminate for your order are agreed during technical review.
Custom mold developmentTooling follows the approved surface and panel divisions. Supplier photograph, original slide 21.
Preparation for vacuum processingThe presentation shows flow media, tubing and vacuum-bag preparation. Supplier photograph, original slide 17.
Plan panel divisions early
Larger modules can reduce visible joints while increasing transport and handling demands. Smaller modules can simplify access while introducing more connections and finishing work. Review these choices with the structural and installation teams before releasing molds.
A clear path from concept to purchase
Use this project sequence to agree what is included at each decision point.
01
Define the geometry
Share the 3D model, dimensioned drawings, design intent and location. Identify unique shapes, repeated parts and visible surfaces.
02
Resolve modules & attachments
Coordinate panel divisions, joints, support frames, embedded fixings, lifting access and transport limits before freezing the tooling geometry.
03
Review the material & mock-up
Agree the resin and reinforcement schedule, finish sample and representative mock-up. Review project-specific fire, structural and weathering evidence.
04
Release drawings for production
Confirm approved drawings, tooling scope, quantities, tolerances, inspection points and commercial terms before authorizing manufacture.
05
Manufacture & inspect
The supplier presentation shows mold preparation, gelcoat application, fiber lay-up, embedded metal pieces and vacuum-assisted resin processing.
06
Coordinate delivery & installation
Agree part identification, packing supports, delivery sequence and site handling. Coordinate the installation method with the responsible project team.
What to include in your custom inquiry
A complete brief helps the supplier evaluate tooling, material, transport and installation constraints together.
Geometry
3D model or concept drawings, overall dimensions, curvature, openings and edge returns.
Quantity
Component schedule identifying unique molds, repeated pieces and spare elements.
Application
Facade, soffit or interior location; project address, exposure and applicable design requirements.
Finish
Color reference, texture, gloss, visible faces and an agreed sample or mock-up requirement.
Interface
Supporting structure, fixing zones, joints, movement allowances and installation access.
Delivery
Destination, target installation sequence, maximum handling dimensions and site unloading limits.
Documents to review before specification
Request evidence for the proposed component and its complete installed assembly.
Project-specific resin, glass reinforcement and laminate schedule, including local reinforcement around fixings.
Structural design basis and calculations for the components, embedded connections and support frame.
Applicable fire test reports tied to the proposed laminate, finish, thickness and wall assembly.
Finish sample, weathering evidence, maintenance instructions and agreed appearance criteria.
Drawings covering tolerances, joints, movement, packing supports and installation sequence.
Written scope for molds, samples, testing, inspection, transport and any warranty offered.
Match the evidence to the order
The supplier presentation includes historical project and testing references. Current, complete reports for the proposed resin, reinforcement, finish and thickness must be reviewed before a performance classification or code suitability is specified.
Selected slides from the FRP presentation by Shandong Jinguang Group (Kinflare), with the supplier's original branding. This excerpt covers design coordination, molding, joints and construction examples. Report reproductions and project-specific performance schedules are omitted.
Project and process illustrations are attributed to the supplier. They do not establish a Cladvera project delivery or a specification for a new order. The English text on this page summarizes the supplier material and identifies information needed for a custom inquiry.
Custom GFRP and GRP supply questions
What is the difference between GFRP, GRP and architectural fiberglass?
GFRP means glass-fiber reinforced polymer. GRP, or glass-reinforced plastic, and architectural fiberglass commonly describe the same material family. FRP is broader and can use other reinforcing fibers. For this molded architectural range, confirm the resin, glass reinforcement, laminate and finish for the proposed component.
Is molded GFRP the same as GFRC cladding?
No. GFRP uses a polymer resin matrix, while GFRC means glass-fiber reinforced concrete and uses a cement-based matrix. Their design, connections and supporting evidence differ. This range concerns custom molded polymer components; a GFRC specification requires a separate product review.
What does a custom GRP facade supplier need for pricing?
Provide a 3D model or dimensioned drawings, unique shapes and repeat quantities, proposed joints, finish references and fixing zones. Include the destination and handling limits. Ask the quote to separate tooling, components, samples or mock-ups, testing, packing and delivery, with the drawing approval stage identified.
Which reports are needed for a molded architectural fiberglass order?
Request structural and connection information plus applicable fire, weathering and finish evidence for the proposed resin, reinforcement and thickness. The supplier presentation is a manufacturing reference. Historical examples or test references do not establish a performance classification for a new component or complete installed assembly.
The following products share a listed application. Compare their construction, design intent and evidence before considering them for the same project.
