Product Abstract
Deep Sea Underwater Pressure-Resistant Foaming Silicone Rubber is seawater inert deep diving Addition Curing Silicone, subsea equipment dedicated RTV Silicone Foam. Made from saltwater corrosion resistant deep-sea liquid silicone, this high pressure resistant Foam Silicone features anti-seawater erosion, high hydrostatic pressure bearing, barnacle anti-adhesion and long underwater stability, adjustable 2-7 times compact foaming ratio. Used for underwater detector shell sealing, subsea camera buffer liner, offshore equipment underwater gap filler, diving instrument pressure balance pad. Matched with waterproof deep-seaMold Silicone, the compact Foamed Silicone forms pressure-resistant anti-fouling Silicone Sponge for 0-1000m deep marine operation.
Product Overview
This subsea deep-water two-component liquid silicone adopts salt-tolerant inert formula, resisting seawater salt ion corrosion and marine microorganism adhesion. As high-pressure stable Addition Curing Silicone, it will not compress collapse under thousands of meters deep hydrostatic pressure. After high-compact foaming, it forms zero-water-absorption dense Silicone Sponge. Unlike common water-swelling foam, this anti-fouling RTV Silicone Foam prevents barnacle and algae attachment, professional for offshore marine engineering equipment as heavy-duty Foaming Silicone Rubber.
Core Product Features & Advantages
1. Deep hydrostatic pressure resistance: Reinforced compact structure of Foaming Silicone Rubber anti-collapse under deep seawater pressure.
2. Seawater salt corrosion proof: Inert molecularliquid silicone no oxidation or peeling in saltwater long-term soaking.
3. Marine anti-fouling surface: Smooth modified Foam Silicone avoids algae and barnacle adhesion underwater.
4. Zero water absorption: Fully closed pore Addition Curing Silicone never absorb seawater to expand volume.
5. Underwater mold adaptation: Saltwater resistant Mold Silicone produces integrated subsea equipment accessories. 6. Long marine service life: Cured Foamed Silicone keeps intact performance over 8 years underwater.
Step-by-Step Usage Instructions
1. Deep-sea raw stirring: Stir salt-resistant A/B liquid silicone fully to homogenize anti-fouling additive.
2. Precise mixing: 1:1 low-speed mixing 2-3 minutes to maintain high-pressure cross-linking structure.
3. Ultra-deep defoaming: Full vacuum defoaming to improve pressure bearing capacity of RTV Silicone Foam.
4. High-density curing: Mold forming via marine engineering Mold Silicone to finish pressure-resistant Foamed Silicone.
Application Scenarios
Deep-sea exploration detector shell sealing strip, underwater monitoring camera anti-pressure liner, offshore wind power underwater equipment gap gasket, salvage diving instrument buffer pad, seabed sensor fixed foam. The anti-corrosionSilicone Sponge protects precision marine equipment from pressure damage and seawater erosion.
Precautions
Avoid underwater impurity mixing before curing; marine sediment contamination will reduce pressure resistance of Addition Curing Silicone.
Packaging & Storage
25KG salt-proof sealed barrel, moisture-proof constant temperature storage, keep seawater inert property of raw Foam Silicone.
FAQ
Q1: Resist thousands of meters deep seawater hydrostatic pressure?
A1: High-density compact Foaming Silicone Rubber no collapse under 1000m deep water pressure.
Q2: No barnacle adhesion after long subsea soaking?
A2: Anti-fouling inert liquid silicone surface repels marine organism attachment.
Q3: Produce underwater parts with marine Mold Silicone?
A3: Saltwater matched Addition Curing Silicone fits all subsea engineering mold processing.