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C11 EN AW-6063 T66 & 6005A T6 12 Compatible Sections

Standing Seam Clamps: Non-Penetrative Metal Roof Clamps

Clamping firmly onto the folded seam fold without drilling a single hole, ensuring complete roof membrane integrity and zero leak risk.

CE EN 1090-1 EXC2 Eurocode 9 Certified Statics
0% EU Customs Duty A.TR Movement Certificate
0% VAT on FTL / FCL Direct Export Invoice
ISPM-15 Crating VCI Anti-Corrosion Wrap
PRODUCT CATEGORIES & TAXONOMY (20 GROUPS)
Selected: C11 โ€” Standing Seam Roof Clamps
12 Sections

Standing Seam Roof Clamps โ€” System Integration & Component Supply

Zero-penetration clamps for Kalzip, Bemo, single, and double standing seams. TรœV tested to 2,500 N โ€“ 4,200 N uplift capacity without compromising roof waterproofing warranties. Compatible rails and module clamps shown below.

Compatible Extrusion Profiles & Assembly Sections (12 Compatible)

AutoCAD DWG, 3D STEP & mill test sheets available
Solar Module End Clamp Profile 30mm (Code: 2258) โ€” Engineering Section Drawing | SolarAlu Global
CODE: 2258 0.339 kg/m

Solar Module End Clamp Profile 30mm (Code: 2258)

High-tensile aluminum photovoltaic module retaining clamp profile, engineered for severe wind uplift and snow compression resistance. Fits standard M8 socket bolts and spring channel nuts.

Solar Module End Clamp Profile 30mm (Code: 3614) โ€” Engineering Section Drawing | SolarAlu Global
CODE: 3614 0.359 kg/m

Solar Module End Clamp Profile 30mm (Code: 3614)

High-tensile aluminum photovoltaic module retaining clamp profile, engineered for severe wind uplift and snow compression resistance. Fits standard M8 socket bolts and spring channel nuts.

Solar Module End Clamp Profile 31mm (Code: 1667) โ€” Engineering Section Drawing | SolarAlu Global
CODE: 1667 0.550 kg/m

Solar Module End Clamp Profile 31mm (Code: 1667)

High-tensile aluminum photovoltaic module retaining clamp profile, engineered for severe wind uplift and snow compression resistance. Fits standard M8 socket bolts and spring channel nuts.

Solar Module End Clamp Profile 33mm (Code: 1683) โ€” Engineering Section Drawing | SolarAlu Global
CODE: 1683 0.558 kg/m

Solar Module End Clamp Profile 33mm (Code: 1683)

High-tensile aluminum photovoltaic module retaining clamp profile, engineered for severe wind uplift and snow compression resistance. Fits standard M8 socket bolts and spring channel nuts.

Solar Module End Clamp Profile 35mm (Code: 1363) โ€” Engineering Section Drawing | SolarAlu Global
CODE: 1363 0.561 kg/m

Solar Module End Clamp Profile 35mm (Code: 1363)

High-tensile aluminum photovoltaic module retaining clamp profile, engineered for severe wind uplift and snow compression resistance. Fits standard M8 socket bolts and spring channel nuts.

Solar Module End Clamp Profile 37mm (Code: 1668) โ€” Engineering Section Drawing | SolarAlu Global
CODE: 1668 0.575 kg/m

Solar Module End Clamp Profile 37mm (Code: 1668)

High-tensile aluminum photovoltaic module retaining clamp profile, engineered for severe wind uplift and snow compression resistance. Fits standard M8 socket bolts and spring channel nuts.

Solar Module End Clamp Profile 40mm (Code: 1362) โ€” Engineering Section Drawing | SolarAlu Global
CODE: 1362 0.583 kg/m

Solar Module End Clamp Profile 40mm (Code: 1362)

High-tensile aluminum photovoltaic module retaining clamp profile, engineered for severe wind uplift and snow compression resistance. Fits standard M8 socket bolts and spring channel nuts.

Solar Module End Clamp Profile 41mm (Code: 1669) โ€” Engineering Section Drawing | SolarAlu Global
CODE: 1669 0.591 kg/m

Solar Module End Clamp Profile 41mm (Code: 1669)

High-tensile aluminum photovoltaic module retaining clamp profile, engineered for severe wind uplift and snow compression resistance. Fits standard M8 socket bolts and spring channel nuts.

Solar Module End Clamp Profile 42mm (Code: 1389) โ€” Engineering Section Drawing | SolarAlu Global
CODE: 1389 0.555 kg/m

Solar Module End Clamp Profile 42mm (Code: 1389)

High-tensile aluminum photovoltaic module retaining clamp profile, engineered for severe wind uplift and snow compression resistance. Fits standard M8 socket bolts and spring channel nuts.

Solar Module End Clamp Profile 44mm (Code: 1603) โ€” Engineering Section Drawing | SolarAlu Global
CODE: 1603 0.602 kg/m

Solar Module End Clamp Profile 44mm (Code: 1603)

High-tensile aluminum photovoltaic module retaining clamp profile, engineered for severe wind uplift and snow compression resistance. Fits standard M8 socket bolts and spring channel nuts.

Solar Module End Clamp Profile 45mm (Code: 1670) โ€” Engineering Section Drawing | SolarAlu Global
CODE: 1670 0.607 kg/m

Solar Module End Clamp Profile 45mm (Code: 1670)

High-tensile aluminum photovoltaic module retaining clamp profile, engineered for severe wind uplift and snow compression resistance. Fits standard M8 socket bolts and spring channel nuts.

Solar Module End Clamp Profile 47mm (Code: 1391) โ€” Engineering Section Drawing | SolarAlu Global
CODE: 1391 0.599 kg/m

Solar Module End Clamp Profile 47mm (Code: 1391)

High-tensile aluminum photovoltaic module retaining clamp profile, engineered for severe wind uplift and snow compression resistance. Fits standard M8 socket bolts and spring channel nuts.

B2B VOLUME EXPORT PRICING

Standing Seam Roof Clamps Wholesale Pricing & Export Discounts (2026)

Pricing for solar aluminum mounting profiles and mounting hardware is structured according to the London Metal Exchange (LME) primary billet benchmark, profile linear weight (kg/m), anodizing layer thickness (15ยตm Qualanod), and order volume bracket.

Order Volume Tier Export Discount Bracket Minimum Order (MOQ) Delivery Terms Direct Invoicing / RFQ
1 โ€“ 4 Bundles (48m โ€“ 192m) / Pallet (1 โ€“ 4 Cartons (200 pcs/box)) Standard Baseline 1 โ€“ 4 Cartons (200 pcs/box) EXW Facility / Air Freight Request Quote →
5 โ€“ 19 Pallets (~4,800m โ€“ 18,000m) (5 โ€“ 19 Master Cartons) 5% Project Rebate 5 โ€“ 19 Master Cartons FCA / DAP European Distribution Hub Request Quote →
20 โ€“ 49 Pallets (20 โ€“ 49 Master Cartons) 9% Mill Discount 20 โ€“ 49 Master Cartons DAP / CIF Major European & MENA Ports Request Quote →
Full Truckload (FTL / 24 MT) or 40' Container (FCL) (50+ Master Cartons (10,000+ pcs)) 13% Mill Floor 50+ Master Cartons (10,000+ pcs) DAP / CIF / FOB Multimodal Hubs Request Quote →
ENGINEERING & SELECTION GUIDE

Standing Seam Roof Clamps: Non-Penetrative Mounting Guide

Updated: 2026

Zero-penetration clamps lock firmly onto metal seam folds without drilling, preserving 100% building waterproofing warranties.

4 Key Engineering Selection Criteria for Standing Seam Roof Clamps

1

Seam Profile Matching

Specialized models for round seams (Kalzip/Bemo), vertical double seams, and snap-lock profiles.

2

TรœV Tested Pullout Strength

2,500 N to 4,200 N uplift resistance per clamp, easily exceeding hurricane-force wind loads.

3

Railless Direct Mount Option

Panels attach directly to clamp adapters, drastically reducing system weight and costs.

4

Non-Galling Stainless Hardware

Serrated stainless set screws bite into seams without penetrating or tearing metal skin.

Export Pricing & Logistics Procurement Tips

Supplied in cartons of 50 to 100 pcs complete with torque-specified stainless clamping bolts.

Compatible Photovoltaic Mounting Systems

Standing Seam Solar Mounting Clamps & Systems →

Commonly Assembled Product Groups

C02 PV Module Mounting Rails → C04 Mid Clamps (Inter-Module Clamps) → C15 Stainless Steel Fasteners & Bolts →
Popular Searches & Engineering Keywords
TECHNICAL FAQS

Frequently Asked Questions โ€” Standing Seam Clamps: Non-Penetrative Metal Roof Clamps

What is the pullout resistance of seam clamps?
Laboratory tensile test results demonstrate between 2,500 N and 4,200 N uplift resistance per clamp, easily exceeding hurricane-force wind loads.
Category Pricing