Is the Packing Screw for DIN 3015 Double Clamp available in different thread sizes and finishes for corrosive environments?

Packing Screw for DIN 3015 Double Clamp Format: Yes — the Packing Screw for DIN 3015 Double Clamp is offered in different thread configurations and protective finishes suitable for corrosive environments. The product features both external and internal metric threads to accommodate stacked clamp assemblies, and it is manufactured from high‑quality carbon steel with a durable galvanized coating that provides strong corrosion and wear resistance for industrial use. For more aggressive corrosive conditions, alternative finishes or materials (such as stainless steel or additional anti‑corrosion coatings) are commonly available—please confirm specific thread sizes and specialty finishes with the supplier to match your environmental and application requirements.

Can the Packing Screw for DIN 3015 Double Clamp be used with non-metallic or insulated clamps without compromising electrical isolation?

The Packing Screw for DIN 3015 Double Clamp is made of carbon steel with a galvanized finish and is intended to secure stacked metal clamps. Using it with non-metallic or insulated clamps can be mechanically compatible, but it may compromise electrical isolation unless specific precautions are taken. The metal screw itself is conductive; if it contacts conductive parts, it will create an electrical path. To maintain isolation you must ensure there is no metal-to-metal contact between the screw and conductive components—options include using insulating bushings or sleeves, insulating washers, non-conductive spacers, or a fully insulated screw variant. Also verify that any sealing or galvanic conditions introduced by the screw and coatings do not degrade the insulating material over time (chemical compatibility, wear, vibration). In short: mechanically feasible, but the Packing Screw for DIN 3015 Double Clamp as supplied is conductive and will compromise electrical isolation unless appropriate insulating measures are implemented and validated for your application.

Packing Screw for DIN 3015 Double Clamp

All products, Clamps for hydraulic pipes/

Additional information

The package screw for double clamp DIN 3015 type 301 is a reliable fastening solution designed with both external and internal metric threads, enabling secure and efficient mounting of clamps in a stacked configuration. Manufactured from high-quality carbon steel and finished with a durable galvanized coating, it ensures excellent resistance to corrosion, wear, and mechanical stress, even in demanding industrial environments. Its precise threading guarantees stability and ease of installation, making it an ideal choice for applications where safety, durability, and performance are essential. This screw is engineered to optimize assembly processes, reduce downtime, and provide long-lasting reliability, offering a cost-effective and professional solution for industries such as hydraulics, pneumatics, and mechanical engineering.

List of product variants

Article number	Product variant name	Nominal inner diameter	Working pressure [bar]
TC-ADVTEA-1	M6x20 package screw, double thread, grade 1	-	-
TC-ADVTEA-2	M8x20 pack screw, double thread, grade 2	-	-
TC-ADVTEA-3	M8x29 package screw, double thread, grade 3	-	-
TC-ADVTEA-4	M8x34 package screw, double thread, grade 4	-	-
TC-ADVTEA-5	M8x47 pack screw, double thread, grade 5	-	-

The package screw for double clamp DIN 3015 type 301 is a reliable fastening solution designed with both external and internal metric threads, enabling secure and efficient mounting of clamps in a stacked configuration. Manufactured from high-quality carbon steel and finished with a durable galvanized coating, it ensures excellent resistance to corrosion, wear, and mechanical stress, even in demanding industrial environments. Its precise threading guarantees stability and ease of installation, making it an ideal choice for applications where safety, durability, and performance are essential. This screw is engineered to optimize assembly processes, reduce downtime, and provide long-lasting reliability, offering a cost-effective and professional solution for industries such as hydraulics, pneumatics, and mechanical engineering.