Eight design-partner slots. Two per sector.

ISOKLAMP CFR has no customers, no deployments and no field data. What exists is a mechanism that is physically coherent, a modelled performance case built on calibrated and cited baselines, and a costed verification programme. The design-partner programme is how that becomes evidence. Eight slots, two per sector, open now.

What you get

200 ISOKLAMP units in your size and material specification. A joint-specific VDI 2230 analysis and a rotational / non-rotational diagnosis of the target joint. A dedicated DIN 25201-4 Annex B series run at your duty cycle, at our cost, with the report issued in your name. Twenty-four months of exclusivity within your sub-segment.

What we need

Access to the failing joint and its maintenance history. A witnessed field trial of at least twelve months. Permission to publish the anonymised data.

What we still need to learn — stated plainly

Actual measured stack-shortening rates in the field, by sector; our reserve sizing rests on literature values, not on your joints. Whether the indicator band survives ten years of UV, caustic and wash-down legibly enough to be an inspection artefact. Whether maintenance crews will trust a visual gauge in place of a torque check, and what procedural change is needed first. And real ramp-friction drift after long exposure, which is the single biggest technical risk in the product.

What the evidence says today

This section replaces customer testimonials. It is real, citable, third-party material — which for this audience is more persuasive than a quotation, and unlike a quotation it can be verified.

Safety devices principally intended to resist rotational loosening and prevent loss of fasteners.

NASA-STD-5020, defining what a locking feature is for. Note what it does not say.

Testing in accordance with this International Standard does not allow an absolute statement to be made on the locking behaviour of bolted assemblies under service loads.

ISO 16130:2015, scope clause.

41 % of preload lost in the first 20 → 120 °C thermal cycle, with nut rotation of order 5 × 10⁻⁴ degrees.

Eraliev, Zhang, Lee & Lee, Advances in Mechanical Engineering 13(8), 2021.

10 to 40 % of preload lost to cyclic plastic ratcheting within 200 load cycles, with no measurable nut rotation.

Jiang, Zhang & Lee, ASME Journal of Mechanical Design 125(3), 2003.

All prestress lost within one week at 240–260 °C; bolts removable by hand.

Jaglinski & Lakes, aluminium engine-block joints, 2007.

Flight joints lost more than 40 % of preload over a five-year extrapolation without re-torque. A single re-torque 24 hours after installation halved the loss.

NASA JWST heat-strap study, ESMATS 2018.

Design-partner statements

Placeholder — must be replaced or deleted before any commercial use

This section will carry attributed quotations from design partners once trials are under way. It is deliberately empty. We are not going to write testimonials for a product that has no users, and any fastener company that shows you one at this stage is telling you something about how it will report its test data later.

Apply for a slot

Questions

What does a design partner receive?
200 ISOKLAMP units in your size and material specification, a joint-specific VDI 2230 analysis with a rotational / non-rotational diagnosis of the target joint, a dedicated DIN 25201-4 Annex B series run at your duty cycle at our cost with the report issued in your name, and twenty-four months of exclusivity within your sub-segment.
Does ISOKLAMP have customers or field data?
No. ISOKLAMP CFR has no customers, no deployments and no field data. What exists is a mechanism that is physically coherent, a modelled performance case built on calibrated and cited baselines, and a costed verification programme.