Square Glass Clamp with Vertical Face Screws
Compare this square glass clamp with vertical face screws for selecting a square clamp for a post-supported glass panel. The design shows...
View DetailsModel: EL-GBH-037 (catalogue reference)
Compare this faceted-cap glass standoff for selecting a point fixing with a faceted cap appearance. The design shows flat facets around the cap edge rather than a plain round edge. Confirm the dimensions, mating components and supplied finish for your project.
Product Highlights
This faceted-cap glass standoff is shown for selecting a point fixing with a faceted cap appearance. Its visible construction includes a cylindrical spacer with a faceted face cap and threaded stud. Compare the component views and confirm cap dimensions, body length, thread and glass hole dimensions for the required assembly.
Flat facets around the cap edge rather than a plain round edge. This detail separates the design from other components in the same category.
Silver appearance shown. This view shows a cylindrical spacer with a faceted face cap and threaded stud. Use catalogue reference EL-GBH-037 when identifying the appearance in an enquiry. Confirm material and surface process before specifying a supplied finish.
Confirm cap dimensions, body length, thread and glass hole dimensions. The supplied reference images do not establish material grade, glass thickness, rated capacity or installation spacing. Request the approved specification and fixing detail for the selected configuration.
Send the product reference, quantities, mating component details, installation environment and preferred finish. Ask for feasibility of any custom changes and for the MOQ, sample timing, production lead time, packing and trade terms in the quotation.
Specify the required configuration and quantity when requesting a quotation. Final dimensions, material, finish and delivery terms are agreed for the selected model.
| Catalogue reference | EL-GBH-037 |
|---|---|
| Material selection | Proposed material options: AISI 304 / AISI 316 stainless steel. |
| Finish reference | Proposed finish options: Satin brushed / mirror polished. |
| Size selection | Proposed cap diameter: 50 mm; mounting thread option: M10. Selection proposal only; not measured dimensions or an installation drawing for this model. |
| Glass compatibility | Proposed glass options: 10 / 12 mm. Model-specific fit is not verified. |
| Minimum order | 200 pieces per model / specification. |
| Sample timing | Proposed sample schedule: 7 calendar days. |
| Production timing | 30 calendar days. |
| Trade terms | Agreed in the quotation, including the delivery term, named place and freight scope. |
Proposed inspection scope: cap alignment, thread engagement and fit of the selected separating washers. Agree dimensional tolerances, visual criteria and sampling with the order.
Use individual protective bags or wrapping, separated inner packing and suitable outer cartons. Final pack quantity, labels and protection are agreed with the order.
View source reference drawing. This is an unapproved reference image, not a verified manufacturing or installation drawing. Confirm dimensions and applicability against the approved model documentation.
No approved datasheet attached. Request the specification sheet for EL-GBH-037 after selecting the configuration.
No approved installation manual attached. Request instructions for the selected model and fixing arrangement.
View source reference drawing (JPG)
Source reference for this catalogue record. This image is not an approved manufacturing or installation drawing. Dimensions and material notes shown on the image are unverified; the selection options listed on this page are separate proposals. Request a model-specific approved drawing before ordering or installation.
Review cap dimensions, body length, thread and glass hole dimensions for this connection. Confirm the complete project design before selecting the component.
Send your proposed changes to dimensions, mounting interfaces, surface finish, logo or packaging with a marked drawing. Feasibility, tooling, sample requirements and order quantities must be confirmed for the selected component.