NO MORE NAILING

Cleat attachment re-imagined

Cleat attachment re-imagined

The conventional method of using adhesives to fasten standing seam profiles (panels) involves nailing.


Practical experience clearly shows that this processing method is not yet fully developed and can repeatedly lead to problems that require reworking.  Our solution to the cumbersome handling with pneumatic nailers and the recurring need for reworking due to protruding nails is the adhesive screw.


Our screw variant offers numerous advantages over conventional nailing. Easy handling with a cordless screwdriver ensures convenient installation with little effort and secure fastening at the same time. By eliminating the need for reworking, both time and money can be saved.


The adhesive screw is ideal for fastening adhesives to various substructures. We offer a wood and sheet metal version to meet the individual requirements of your various projects.

DRILL TIP
  • Good positioning on wooden substructure and screw engages immediately. Drill tip prevents wood from splitting.
WASHER COUNTERSUNK HEAD
  • High contact pressure thanks to large flat contact surface.
  • Flat, rounded head allows the standing seam profiles to glide without causing wear.
SINGLE THREAD
  • High load capacity.
LOCKING SERRATION
  • Ensures protection for the cleat against over-tightening and loosening.
SIT® 20 DRIVE
  • For wobble-free screwing.

SIT® 20 DRIVE
  • For wobble-free screwing.
THIN SHEET METAL TIP
  • Chip-free material displacement in thin sheet metal.
WASHER COUNTERSUNK HEAD
  • High contact pressure thanks to large flat contact surface.
  • Flat, rounded head allows the standing seam profiles to glide without causing wear.
DOUBLE-START THREAD
  • Double-start thread guarantees fast screw-in speeds.
LOCKING SERRATION
  • Ensures protection for the cleat against over-tightening and loosening.

CONVENTIONAL PROCESSING

PROBLEM: PROCESSING RING-SHANK ROOFING NAIL

When inserting ring-shank roofing nails using a pneumatic or gas-powered nailer, the nail often ends up positioned incorrectly in the cleat hole. The nail may not be straight or it may protrude some distance from the metal cleat, preventing the standing seam profile from gliding smoothly over the cleat and thus  causing wear.

DIFFICULT TO HANDLE

Practical experience clearly shows that even the most convenient, collated processingsolutions are proneo failing on a frequent basis.What's more, these devices are significantly
heavier than a cordless screwdriver. Pneumatic nailers also require a compressor and a compressed air hose, both of which are difficult to manage while working on a roof.

RE-WORKING – POSITION CANNOT BE CORRECTED

Another step is required to hammer any protruding nail heads flush to the cleat. This re-working costs time and therefore money.

If an incorrectly positioned cleat needs to be removed, the process of removing the nail with the framing hammer often destroys the cleat, requiring it to be replaced.

THE REISSER METHOD - RELIABLE AND CONVENIENT

PERMANENTLY SECURE FASTENING – ALSO SUITABLE FOR POSITION CORRECTION.

Thanks to its flat, rounded head, the REISSER cleat screw enables wear-free sliding of the standing seam profiles. In contrast to the cleat nail, the screw-in method ensures that the large screw head is permanently flush with the cleat – no reworking required.

CONVENIENT TO USE – EVEN CLOSE TO THE EDGE

Good positioning on wooden substructure and screw engages immediately. Drill tip prevents wood from splitting and allows processing even close to the edge.

HOLDS TWICE AS MUCH

On wooden substructures, a screwed cleat has double the retention force of a nailed cleat thanks to the combination of washer countersunk head and single thread. This allows fewer fasteners to be used since only the two outer cleat holes need to be screwed.

EVEN ON SHEET METAL CHIP-FREE – STRONG HOLD

INNOVATIVE PROCESSING SOLUTION ALSO WORKS IN SHEET METAL

Quick and secure fastenings in standing seam roof construction, even on sheet metal substructures.

CHIP-FREE PROCESSING – NO DAMAGE TO THE SARKING MEMBRANE.

The material is broken up and displaced rather than being removed as chips. Displacing the sheet metal material downwards prevents damage to the sarking membrane.

STRONG HOLD

The thin sheet metal tip forms more thread turns in the displaced material (funnel shape), generating greater pull-out forces, even in thin-walled components.

PRODUCT ASSORTMENT

RV-R-SSK

Drilling screw for fixing standing seam cleats and eaves comb fillers to wooden substructure.

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RP-T2-SSK

Drilling screw for fixing standing seam cleats to sheet metal substructures without chips.

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BROCHURE "CLEAT SCREW- NO MORE NAILING"

Cleat attachment re-imagined

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