Product Category · Industrial Composites · Multiple Manufacturing Routes
Composite Industrial Products
LINSON OIL supplies industrial composite products through distinct manufacturing routes including pultruded profiles, SMC/BMC molded products, GRP panels, high-strength composite rig mats, and fiberglass/carbon-fiber fabrics and prepreg.
Resin system, reinforcement format, fiber ratio, strength, load capacity, thickness, dimensions, temperature range and service life are project- or product-specific. They are confirmed from the required route, geometry, application and technical specification rather than generalized across this category.
Route Before Specification
Begin with the required product form, then align material route, geometry, interfaces, installation and inspection expectations.
01 / Product Route Distinction
Five routes, five different product and manufacturing conversations.
The required route should be identified before material details or dimensional commitments are finalized.
Pultrusion ≠ SMC/BMC Molding ≠ GRP Panel ≠ Composite Rig Mat ≠ Fabric / Prepreg
Pultruded Profiles
Continuous-profile route for defined cross-sections and profile-based assemblies.
SMC / BMC Molding
Molded-component route for geometry formed through a dedicated molding process.
GRP Panels
Panel route for sheet, enclosure, lining or assembly-oriented requirements.
Composite Rig Mats
Ground-access and temporary-work-surface route with site-interface review.
Fabrics & Prepreg
Reinforcement-material route for downstream composite manufacturing.
02 / Pultruded Profiles
A continuous-profile route for defined cross-sections.
Pultruded profiles are reviewed as profile products. Cross-section, cut length, openings, finishing, mating interfaces and assembly context should be defined before the manufacturing route is finalized.
Profile Geometry
Define the required section, length, machining/cutout needs and assembly use.
Interface Basis
Clarify fastening, supports, mating parts, site assembly and installation constraints.
03 / SMC & BMC Molded Products
A molded-component route, distinct from continuous profiles.
SMC/BMC requirements are evaluated around part geometry, molded features, inserts/interfaces, surface requirements, quantity basis and downstream assembly context.
Part Geometry
Provide drawings, critical dimensions, molded details, openings and reference interfaces.
Molded Features
Clarify inserts, bosses, fastening points, surface features and assembly requirements where applicable.
Project Basis
Quantity, inspection, documentation, packaging and downstream assembly expectations are reviewed with the part route.
04 / GRP Panels
A panel route for project-specific surface and assembly requirements.
GRP panels are reviewed around intended location, support/frame interface, openings, edge treatment, joining approach, installation sequence and project documentation.
A panel request should remain a panel route unless the design is intentionally changed. It should not be silently converted into a molded part, pultruded profile or rig-mat requirement.
05 / High-Strength Composite Rig Mats
A site-interface route for temporary access and working surfaces.
Composite rig mats are evaluated as a separate route because ground condition, equipment movement, handling, connection arrangement, deployment sequence, recovery planning and site logistics affect the product discussion.
Site Basis
Clarify ground condition, work area, access, equipment movement and deployment/recovery requirements.
Interface Basis
Define connection arrangement, handling method, transport and field installation expectations.
06 / Fiberglass & Carbon-Fiber Fabrics / Prepreg
A reinforcement-material route, not a finished-product category.
Fabrics and prepreg are reviewed as material formats for composite production and downstream processing. Fiber format, handling/storage expectation, downstream manufacturing route and end-use context should be clarified separately from finished-product requests.
07 / Material · Reinforcement · Resin Route
Material selection follows the confirmed product route and service context.
LINSON OIL reviews service environment, chemical exposure, application context, downstream process, customer-specified materials and documentation needs after the product route is clear.
Material names alone are not enough to define a finished composite product. Resin, reinforcement and laminate/product details remain tied to the selected route and technical requirement.
Composite Manufacturing →08 / Manufacturing Methods
The manufacturing method is confirmed from the requested product route.
Pultrusion
Continuous-profile manufacturing for defined cross-sections.
SMC / BMC Molding
Molded component route for formed product geometry.
Panel Fabrication
Panel route aligned with assembly and installation interfaces.
Rig Mat Assembly
Rig-mat configuration, connection and site-handling route.
Fabric / Prepreg Supply
Reinforcement-material formats for downstream composite work.
09 / Geometry · Connection · Installation Inputs
Good RFQs explain how the product must fit, connect and be installed.
LINSON OIL can coordinate incomplete requirements through engineering clarification before the route and scope are finalized.
Engineering & Custom Design →Geometry
Provide drawings, sketches, relevant interfaces, cutouts/openings, contour expectations and required product form.
Connection
Identify joining, fastening, sealing, support, mating parts and the intended assembly sequence where known.
Installation
Describe location, handling method, site access, installation environment, transport and lifting constraints.
10 / QA & Inspection
Inspection planning is tied to the product route and agreed documentation.
Incoming Review
Review applicable incoming materials and customer-specified traceability expectations.
In-Process Control
Use checkpoints appropriate to the selected manufacturing route and agreed control plan.
Final Product Review
Visual, dimensional, assembly and interface checks as applicable to the agreed scope.
Project Records
Inspection and delivery documents coordinated according to purchase-order and project requirements.
11 / Application Evidence
Evaluate evidence against the same product route and application context.
A reference from one composite route should not be treated as proof of another route. Product form, service context, interfaces, installation conditions and inspection basis should remain aligned.
ROUTE MATCH
Product form first
Confirm whether the evidence concerns a profile, molded component, panel, rig mat, fabric or prepreg.
PROJECT MATCH
Context matters
Align the reference with the stated application, interface, installation and documentation requirements.
REVIEW MATCH
Clear RFQ basis
Share available drawings and requirements early so technical clarification stays on the correct route.
Composite Product RFQ
Send the product route, drawings and installation context.
Useful inputs include required product form, dimensions/geometry, service environment, material requirements, connections/interfaces, quantity, installation method, inspection/documentation needs and destination.
Detailed datasheets, drawings and project-specific technical documents are prepared after the operating conditions, scope of supply and commercial basis have been sufficiently clarified.