Metal Water Hose Repair Kits & Fittings

To fix a hole in a stainless steel water hose, clean and prepare the damaged area, then apply a Tech Patch or Tech Wrap Kit sized to cover the defect. The system uses a molecular bonding agent — not a standard adhesive — to create a rock-hard, permanent seal over the hole. The repair can withstand pressure, chemicals, and heat once fully cured.

Splicing a metal garden hose involves cutting out the damaged section and using a compatible wrap or patch kit to bridge and seal the joint area. Tech-Bond Global's Tech Wrap Kits, available in multiple widths, can encapsulate spliced joints on metal hoses, providing a durable, leak-free seal. For best results, use the Activator/Accelerator to ensure a rapid, full-strength cure.

Tech-Bond Global's Tech Patch and Tech Wrap Kits for metal pipes and hoses are available in seven widths: 2", 3", 4", 5", 6", 9", and 12". Multiple variants are offered per width to accommodate different repair depths, hose diameters, and damage extents. This range ensures the right fit for small garden hoses up to large industrial pipelines.

Yes. The Tech Patch and Tech Wrap Kits are compatible with both metal pipes and PVC pipes, making them a versatile solution for mixed-material plumbing and industrial systems. The same kit selection and sizing process applies regardless of substrate, and the patented bonding process ensures strong adhesion to both metal and PVC surfaces.

A complete professional repair kit from Tech-Bond Global typically includes a SI Bonding Agent (in Blue, Black, or Green viscosity), Poly Prep surface preparation solution, Activator/Accelerator catalyst, Filler compound for gap reinforcement, and a Debonder for cleanup or rework. The Deluxe Kit and Professional Kit variants include all these components for end-to-end repair capability.

Repairs made using Tech-Bond Global's TPRS patch and wrap system are designed to be permanent. The patented Polymer Bonding Process creates molecular crosslinks rather than surface adhesion, resulting in a bond that is stronger than the original substrate. These repairs are resistant to pressure, chemicals, and harsh environmental conditions, making them suitable for long-term infrastructure maintenance.