Is Clamp DIN 3015 standard, polyamide, type 100 suitable for outdoor marine use at -40Â°C to +180Â°C without additional corrosion protection?

Clamp DIN 3015 standard, polyamide, type 100 Format: Based on the provided description, this clamp is designed for ground and marine installations and its operating temperature range (-40Â°C to +180Â°C) covers your specified extremes. However, two points affect suitability for outdoor marine use without additional corrosion protection: 1) Materials: The clamp body is self-extinguishing polyamide (good chemical and UV resistance varies by formulation but generally acceptable), but screws are galvanized steel and the base is carbon steel . both are prone to corrosion in marine (salt) environments. Galvanizing offers some protection but is often insufficient long-term in splash or spray zones. 2) Mounting method: The standard attachment is by welding the carbon-steel base; welded/ground areas and interfaces (screws, extended plates, rail) create corrosion-prone sites. Fasteners and adjoining structures not specified as marine-grade (e.g., stainless steel A4/316) will likely corrode. Conclusion: While the clampâs polyamide body and temperature rating are suitable, the use of galvanized screws and carbon-steel bases makes it inadvisable to deploy Clamp DIN 3015 standard, polyamide, type 100 Format in outdoor marine conditions without additional corrosion protection or substitution of marine-grade materials (e.g., stainless fasteners, coated or stainless bases) and proper surface treatment. Consult TUBES INTERNATIONALÂ® for marine-grade options and recommended protective measures.

Can Clamp DIN 3015 standard, polyamide, type 100 be welded directly to stainless steel structures without pre-treatment?

Clamp DIN 3015 standard, polyamide, type 100 cannot be welded directly to stainless steel structures without pre-treatment. The clamp base is made of carbon steel and is intended to be welded to structures; welding requires compatible base material and proper surface condition. Welding carbon steel parts onto stainless steel without appropriate procedures (e.g., using suitable filler materials, applying transitional layers, controlling heat input to avoid sensitisation, and post-weld treatment) risks galvanic corrosion, metallurgical damage, weakened joints and contamination of stainless steel. For direct attachment to stainless steel structures prefer bolting, mounting on a rail, or ordering a stainless-steel base/extended plate from the manufacturer. Consult TUBES INTERNATIONALÂ® or a qualified welding engineer for approved procedures and materials before welding.

Can Clamp DIN 3015 standard, polyamide, type 100 be used for electrical grounding of metal pipes in marine installations?

Clamp DIN 3015 standard, polyamide, type 100 is not suitable as a primary electrical grounding conductor for metal pipes in marine installations. Reasons: - Materials: The clamp body is selfâextinguishing polyamide (insulating), screws are galvanized steel, base is carbon steel. The polyamide body creates an insulating barrier between the pipe and clamp unless metalâtoâmetal contact is explicitly provided by the screws/base. which is not guaranteed by design. - Corrosion and coating: Galvanized steel and carbon steel in a marine environment are susceptible to corrosion that degrades electrical continuity over time. Marine grounding requires corrosionâresistant, durable metallic bonds (typically copper or stainless steel) or dedicated bonding clamps rated for marine use. - Standards and safety: Reliable grounding/bonding requires components designed and certified for electrical continuity and marine exposure (e.g., specific marine bonding clamps, MIL/IEC/NFPA guidance). DIN 3015 type 100 is specified for mechanical mounting of pipes and hoses, not for electrical bonding. - Mechanical mounting method: The clamp is normally welded, bolted, or railâmounted; welding or deliberate metallic bonding could provide continuity only if performed with appropriate metallic components and inspection. However, using the standard polyamide clamp as the bonding connector would be improper. Recommendation: Use purposeâbuilt, marineârated bonding clamps or bonding straps (stainless copperâclad or tinned copper) and follow applicable marine electrical codes. If you must use Clamp DIN 3015 standard, polyamide, type 100 for mounting, ensure a separate, certified metallic bonding path is installed between pipes using dedicated bonding hardware and verified continuity.

Clamp DIN 3015 standard, polyamide, type 100

All products, Clamps for hydraulic pipes/

Additional information

Material	P – material (plastic)

DIN 3015 standard clamp type 100 (without top plate) designed for quick, easy, durable, and aesthetic mounting of pipes, hoses, and hoses in various industrial sectors, in ground and marine installations. Manufactured according to DIN 3015 standard. The clamp is mounted to the structure using welding of the clamp base (there is an option for bolting or mounting on a rail). The clamp typically features a profiled (grooved) surface for the pipe opening. For size group 0, there is one hexagon socket screw, and for size groups 1 to 6, there are two hexagon socket screws. In addition to standard metal components, extended plates, rails, and screws for mounting clamp sets can be ordered. Selection of components should be consulted with TUBES INTERNATIONAL®. Clamp material: self-extinguishing polyamide. Screw material: galvanized steel. Base material: carbon steel. Operating temperature: from -40°C to +180°C.

List of product variants

Article number	Product variant name	Nominal inner diameter	Working pressure [bar]
TC-PA100-006	DIN3015 standard PA clamp for 6 mm pipe, without mounting plate.	-	-
TC-PA100-008	DIN3015 standard PA clamp for 8 mm pipe, without mounting bracket.	-	-
TC-PA100-010	DIN3015 standard PA clamp for 10 mm pipe, without mounting bracket.	-	-
TC-PA100-012	DIN3015 standard PA clamp for 12 mm pipe, without mounting bracket.	-	-
TC-PA100-106	DIN3015 standard PA clamp for 6 mm pipe, without mounting bracket.	-	-
TC-PA100-106,4	DIN3015 standard PA clamp for 6.4 mm pipe, without rubber lining.	-	-
TC-PA100-108	DIN3015 standard PA clamp for 8 mm pipe, without mounting hardware.	-	-
TC-PA100-109,5	DIN3015 standard PA clamp for 9.5 mm pipe, without p. g.	-	-
TC-PA100-110	DIN3015 standard PA clamp for 10 mm pipe, without rubber lining.	-	-
TC-PA100-112	DIN3015 standard PA clamp for 12 mm pipe, without mounting bracket.	-	-
TC-PA100-212,7	DIN3015 standard PA clamp for 12.7 mm pipe, without mounting.	-	-
TC-PA100-213,5	DIN3015 standard PA clamp for 13.5 mm pipe, without p. g.	-	-
TC-PA100-214	DIN3015 standard PA clamp for 14 mm pipe, without mounting bracket.	-	-
TC-PA100-215	DIN3015 standard PA clamp for 15 mm pipe, without mounting bracket.	-	-
TC-PA100-216	DIN3015 standard PA clamp for 16 mm pipe, without mounting accessories.	-	-
TC-PA100-217,2	DIN3015 standard PA clamp for 17.2 mm pipe, without p. g.	-	-
TC-PA100-218	DIN3015 standard PA clamp for 18 mm pipe, without p. g.	-	-
TC-PA100-219	DIN3015 standard PA clamp for 19 mm pipe, without mounting bracket.	-	-
TC-PA100-319	DIN3015 standard PA clamp for 19 mm pipe, without mounting bracket.	-	-
TC-PA100-320	DIN3015 standard PA clamp for 20 mm pipe, without p. g.	-	-
TC-PA100-321,3	DIN3015 standard PA clamp for 21.3 mm pipe, without p. g.	-	-
TC-PA100-322	DIN3015 standard PA clamp for 22 mm pipe, without p. g.	-	-
TC-PA100-325	DIN3015 standard PA clamp for 25 mm pipe, without mounting bracket.	-	-
TC-PA100-325,4	DIN3015 standard PA clamp for 25.4 mm pipe, without p. g.	-	-
TC-PA100-426,9	DIN3015 standard PA clamp for 26.9 mm pipe, without p. g.	-	-
TC-PA100-428	DIN3015 standard PA clamp for 28 mm pipe, without p. g.	-	-
TC-PA100-430	DIN3015 standard PA clamp for 30 mm pipe, without p. g.	-	-
TC-PA100-432	DIN3015 standard PA clamp for 32 mm pipe, without mounting bracket.	-	-
TC-PA100-532	DIN3015 standard PA clamp for 32 mm pipe, without mounting bracket.	-	-
TC-PA100-533,7	DIN3015 standard PA clamp for 33.7 mm pipe, without p. g.	-	-
TC-PA100-535	DIN3015 standard PA clamp for 35 mm pipe, without rubber lining.	-	-
TC-PA100-538	DIN3015 standard PA clamp for 38 mm pipe, without mounting bracket.	-	-
TC-PA100-540	DIN3015 standard PA clamp for 40 mm pipe, without p. g.	-	-
TC-PA100-542	DIN3015 standard PA clamp for 42 mm pipe, without p. g.	-	-
TC-PA100-542,4	DIN3015 standard PA clamp for 42.4 mm pipe, without p. g.	-	-
TC-PA100-545	DIN3015 standard PA clamp for 45 mm pipe, without p. g.	-	-
TC-PA100-644,5	DIN3015 standard PA clamp for 44.5 mm pipe, without p. g.	-	-
TC-PA100-648,3	DIN3015 standard PA clamp for 48.3 mm pipe, without p. g.	-	-
TC-PA100-650,8	DIN3015 standard PA clamp for 50.8 mm pipe, without mounting bracket.	-	-

DIN 3015 standard clamp type 100 (without top plate) designed for quick, easy, durable, and aesthetic mounting of pipes, hoses, and hoses in various industrial sectors, in ground and marine installations. Manufactured according to DIN 3015 standard. The clamp is mounted to the structure using welding of the clamp base (there is an option for bolting or mounting on a rail). The clamp typically features a profiled (grooved) surface for the pipe opening. For size group 0, there is one hexagon socket screw, and for size groups 1 to 6, there are two hexagon socket screws. In addition to standard metal components, extended plates, rails, and screws for mounting clamp sets can be ordered. Selection of components should be consulted with TUBES INTERNATIONAL®. Clamp material: self-extinguishing polyamide. Screw material: galvanized steel. Base material: carbon steel. Operating temperature: from -40°C to +180°C.