JOME is an adhesive manufacturer and adhesive supplier producing industrial adhesives in its own factory. Planning a building joint or component assembly? Send the substrates, joint drawing and application conditions to discuss samples.
Separate building assembly from joint sealing
A construction adhesive manufacturer needs to know whether the material must bond a component, accommodate movement or seal a perimeter. Why choose a rigid bond for a joint designed to move? Describe the joint’s purpose before selecting a chemistry, including whether application takes place in a workshop or on site.
- Window and door perimeters: assess the seal against the frame finish, adjoining masonry, expected movement and neighbouring materials.
- Facade and panel joints: consider joint geometry, movement and weather exposure together. Distinguish weather sealing from any load-bearing glazing duty.
- Interior trims and decorative panels: assess adhesive contact, support during cure and the finish of the bonded surfaces.
- Prefabricated building components: consider bonding and sealing steps in the assembly sequence, including transport and handling after cure.
- Service penetrations and enclosure seams: check the adjoining materials and the required sealing function. Specialist joint duties need their own application evidence.
For an adhesive manufacturer, the actual surface is the starting point. A painted frame, a powder-coated panel, glass, masonry and natural stone present different interfaces. Identify each substrate and finish, including existing sealant residues or protective films. Do not assume adhesion to one finish establishes adhesion to another.
Compare materials against the joint requirements
Your adhesive manufacturer should compare movement, exposure, surface compatibility and finishing requirements before proposing a sample. The sealant range and structural adhesive range address different selection questions. A product category is a starting point for discussion, rather than evidence that every material suits every building joint.
| Material family | Selection questions |
|---|---|
| Silicone sealant | Does the selected formulation suit the joint movement, weather exposure, substrate finish and contact with adjoining materials? |
| Silane-modified polymer (SMP) | For flexible bonding or sealing, are adhesion, cure access and any intended overpainting compatible with the actual formulation? |
| Polyurethane | How do substrate moisture, application conditions, movement and exposure affect the proposed bonding or sealing process? |
| Epoxy adhesive | For a designed component bond, are cured stiffness, surface preparation and thermal movement suitable for the joint? |
Check movement and compatibility before installation
Ask an adhesive manufacturer to review the joint cross-section and how the adjoining parts move. The backing arrangement and adhesion faces influence sealant behaviour. Follow the selected material’s joint design guidance, including how to avoid unwanted adhesion to the joint base where movement requires it.
With an adhesive manufacturer, review the materials touching the bond or seal, not only the main substrates. Gaskets, coatings and adjacent sealants belong in compatibility trials. On visible porous finishes, check for staining as well as adhesion. If painting is planned, evaluate the actual paint over the cured material instead of assuming family-wide paint compatibility.
A building adhesive manufacturer should distinguish weather sealing from structural support. Load-bearing glazing requires a designed joint and application-specific material evidence. General silicone availability does not establish suitability. For component bonding, identify the load path and any tendency for the joint edge to open before selecting a structural adhesive.
Plan preparation, application and curing
Bring your adhesive manufacturer the proposed site or workshop process. Dust, moisture and surface condition can differ from the clean samples used during selection. Check the application instructions for the selected material, and maintain the joint position or component support for the required cure stage.
- Inspect: check that substrates are sound and identify contamination, loose coatings and remnants of previous materials.
- Prepare: use a compatible cleaning or preparation method. Confirm any primer requirement from the selected formulation’s instructions.
- Apply: control the bond or sealant placement, using the specified backing and tooling approach where relevant.
- Evaluate: inspect adhesion and joint behaviour in a representative mock-up, including the intended exposure and finishing operations.
Request samples and discuss a custom formulation
Working with an adhesive manufacturer starts with a clear project brief. JOME offers free samples and a technical data sheet (TDS). Share the substrates, coatings, joint drawing, application method and intended exposure. Include photographs of the actual surfaces so the sample discussion refers to the building materials you will use.
An adhesive manufacturer needs trial results before a useful custom formulation discussion. Explain any mismatch in flow, cured flexibility, adhesion or finishing behaviour, together with how the sample was prepared. Test proposed changes on the same materials and joint geometry; a formulation change needs renewed assessment for the intended application.
Discuss your building joint with an adhesive manufacturer
Choose an adhesive manufacturer around the joint’s function and the installation process. Send JOME the material and application details, review candidate information and assess samples in a representative assembly. Keep the proposed bond or seal tied to the actual project requirements.
Continue your adhesive manufacturer enquiry with machinery adhesive solutions and the silicone sealant range. Visit the Shanghai JOME Industrial homepage, or send your building joint requirements to the JOME technical team.