Four routes on one page
This catalogue covers four insulation routes: rock wool, glass wool, rubber foam and cellular glass. Each route is described in its own terms on its own route page, with the applications and product forms that belong to it. This guide sets the four side by side, so a buyer who has not yet chosen a route can see the whole field before narrowing it. The comparison is made on the basis of application lines and form lists, since those are the terms the catalogue publishes, rather than on the basis of a single headline figure that would flatten real differences between routes.
The four routes differ in material character and in the jobs they are usually considered for, and the comparison below follows those differences rather than ranking the routes. Rock wool appears in building, industrial, fire-protection and acoustic assemblies. Glass wool appears in building envelopes, heating and cooling systems, mechanical systems and acoustic applications. Rubber foam appears in heating and cooling and chilled-water systems where flexible condensation control matters. Cellular glass appears in industrial and cold-service systems where moisture resistance is critical. A buyer who reads those four lines can usually see which lines touch the job at hand and which do not.
Applications at a glance
Building work touches all four routes in different ways. Rock wool and glass wool both appear in building assemblies and envelopes, rubber foam appears in the heating and cooling systems inside buildings, and cellular glass appears in industrial and cold-service parts of building systems rather than in general building work. A buyer describing a building job should state the part of the building first: the envelope, the interior assemblies, the heating and cooling system or the cold-service system, since the part decides which routes are in play.
Industrial work touches rock wool, glass wool and cellular glass, with rubber foam present through heating and cooling and chilled-water systems inside industrial settings. Cold service touches cellular glass most directly, through its moisture-resistance line, with rubber foam present through chilled-water condensation questions. Acoustic work touches rock wool and glass wool. Fire-protection assemblies touch rock wool. A buyer who states the system and the setting together will usually find that only one or two routes remain in play, and the comparison has then done most of its work.
Forms at a glance
Form lists overlap across routes, and the comparison is clearest when the forms are set out route by route. Rock wool lists boards, blankets, pipe sections and batts. Glass wool lists batts, blankets, boards and pipe sections. Rubber foam lists sheets, tubes, facings and custom colours. Cellular glass lists boards, pipe sections, gravel and custom shapes. Boards and pipe sections appear in three routes, blankets and batts in two, and sheets, tubes, facings, gravel and custom shapes each belong to one route, which means the form wanted often narrows the route on its own.
The practical consequence is that a buyer should decide the form before finalising the route, or at least state both together. A board enquiry, a pipe section enquiry, a tube enquiry and a gravel enquiry each point to different route sets, and a message that states the form gives the supplier a concrete starting point. The form pages in this catalogue describe each form group in plain terms, and the enquiry checks ask for route and form together for exactly that reason: neither alone describes a job completely.
Cold service and moisture behaviour
Cold service is the setting where the routes separate most sharply. Cellular glass is listed for industrial and cold-service systems where moisture resistance is critical, and that line makes it the first route to consider for cold systems where moisture behaviour is the central question. Rubber foam is listed for heating and cooling and chilled-water systems requiring flexible condensation control, which makes it the first route to consider where a flexible tube and condensation behaviour are the central questions. The two lines answer different cold-service questions, and a buyer should state which question the job actually raises.
The remaining routes touch cold service only at the edges of their application lines. Glass wool appears in heating and cooling systems that may include cold parts, and rock wool appears in industrial assemblies that may include cold sections, but neither carries a cold-service line of its own. A buyer with a cold job should therefore start from the cellular glass and rubber foam lines, describe the system, the temperature range and the surroundings, and let the moisture or condensation question decide between them. The cold-service guide takes up those questions in more depth for buyers who want the system view first.
Sound and interior work
Sound and interior work belongs mainly to the two wool routes, and the comparison there turns on assembly rather than on route name. Both rock wool and glass wool appear in acoustic applications, and sound behaviour belongs to rooms and partitions as assemblies, with the insulation inside them as one part of a larger build-up. A buyer with an acoustic question should describe the space: the room or partition type, what sits on either side, and what the insulation layer sits between, since that description matters more than the choice between the two wool names.
Interior assemblies raise the same point in a different form. Partitions, ceilings and lined walls each need a form that fits the space available and the way the assembly is built up, and blankets, batts and boards each suit different assembly types. A buyer who states the assembly type together with the preferred form gives the enquiry a clear shape, whatever the route. Where a project specification sets an acoustic or interior requirement, the enquiry should quote that specification and ask what documents apply to the items named.
Scenario types from the homepage references
The company homepage records application references that pair a setting with a scenario type, and this catalogue uses those references only as scenario types. The scenario types are a home setting, a shopping centre, an oil plant, a heating and cooling setting, a metal building and industrial pipes. Each type shows a kind of setting in which insulation questions arise, and a buyer with a setting in mind can use the matching application page to frame questions before enquiring. The references are scenario types, not project stories, and no customer name or completed job is attached to any of them.
Using scenario types well means matching the setting to the system rather than to a route name. A home setting points to building envelopes and interior assemblies. A shopping centre points to commercial building work and its heating and cooling systems. An oil plant points to industrial equipment and facilities. A metal building points to roofs and metal construction. Industrial pipes point to process pipework and its systems. A buyer who states the setting together with the system gives the enquiry a recognisable shape, and the supplier can then respond to the setting as described rather than to a label.
Turning a comparison into a short list
A comparison is only useful if it ends in a short list, and the shortest path to one runs through three questions. First, what system or assembly is this: a building envelope, a heating and cooling system, a cold-service system, an industrial system, an acoustic assembly or a fire-protection assembly. Second, what form fits the surface or shape: a board, a blanket, a batt, a pipe section, a tube, a sheet, gravel or a custom shape. Third, what setting and surroundings does the job run in, including temperature range, moisture or condensation questions, access and any project specification.
Answering those three questions usually leaves one or two routes standing, and the remaining choice is then a matter for the enquiry rather than for further reading. The buyer states the short list in the enquiry, together with the quantities in measurable terms, and asks for quantity, timing and terms to be confirmed for the items named. A comparison that ends that way has served its purpose: it has turned a field of four routes into a defined scope that a supplier can answer.
Enquiry questions after comparing routes
A complete enquiry after a comparison states the route or short list, the form, the application and the setting, and the system or assembly in full. It names the surfaces, shapes and dimensions that define the job, the temperature range and surroundings where they matter, and any project specification that governs the work. It states the quantities in measurable terms, such as area, length of pipework or number of assemblies, so the supplier can respond to a defined scope.
The enquiry should close by asking for the commercial and document points to be confirmed together: the quantity, the timing and the terms for the items named, and the documents that apply to them. Certificates are available upon request, and naming the items in the enquiry is what makes a document answer possible. The route pages, form pages and guide pages in this catalogue carry the same topics in shorter form, and the enquiry checks set out the comparison questions as a checklist for buyers who want to work through them item by item.
Certificates available upon request. Please confirm the minimum order quantity in your inquiry before placing an order. Please confirm the lead time with the supplier before placing an order. Please confirm the trade terms and payment method before confirming an order.