Marine Grade Resins

Marine Grade Resins Specification

Type
Marine Grade Resin

CAS No
9003-35-4

EINECS No
202-936-6

Grade
Industrial Grade

Purity(%)
99%

Application
Boat Building, Ship Repairs, Marine Structures

Color
Clear

Form
Liquid

Heat Distortion Temperature
70C

Curing Time
8-12 Hours at 25C

Storage Temperature
5C - 30C

Water Absorption
<0.05% (24hr at 23C)

Mix Ratio (Resin:Hardener)
2:1

Reactivity
Medium

Packaging Size
5, 20, 200 Liters

Viscosity
700-900 mPa.s at 25C

Hardness
80-85 Shore D

Shelf Life
12 Months

Tensile Strength
70 MPa

Marine Grade Resins Trade Information

Minimum Order Quantity
10 Units

Supply Ability
100 Units Per Day

Delivery Time
1 Week

About Marine Grade Resins

Our firm is a notable entity, indulged in offering unmatched quality Marine grade Resins. Popular for their use in marine industries for variety of purposes ranging from shape forming hulls, coatings, general bonding, fiberglass work, gluing to thickening application. These resins possess high resistance against water and UV radiations. Apart from this, processed employing thermosetting polymers, epoxy resins and many other substances, our high-quality Marine grade Resins are precisely processed in comply with the international standards at our state-of-art production unit.

Application	Appearance	Viscosity	Geltime
for making boats and marine products	Pinkish	450 - 650	10 to 15 min

Durability and Performance in Marine Environments

Marine Grade Resin is engineered to withstand harsh marine conditions. Its low water absorption and high tensile strength make it reliable for long-term exposure to moisture, temperature variations, and mechanical stress. With a heat distortion temperature of 70C, it maintains structural integrity during demanding applications, ensuring safety and longevity for boats and marine structures.

Easy Mixing and Application

Featuring a simple 2:1 resin-to-hardener mix ratio, our marine resin is user-friendly and suitable for both professionals and skilled enthusiasts. With a viscosity of 700-900 mPa.s at 25C, it offers easy handling and smooth application. The resins moderate curing time allows ample workability while guaranteeing solid results. Packaging options cater to projects of various sizes.

FAQs of Marine Grade Resins:

Q: How should I mix and apply Marine Grade Resin for optimal results?

A: To achieve the best outcome, mix the resin and hardener at a 2:1 ratio by volume as specified. Stir thoroughly to ensure complete blending. Apply the mixture to clean, prepared surfaces, maintaining a uniform layer. Work at temperatures between 5C and 30C for optimal curing and performance.

Q: What are the main advantages of using Marine Grade Resin in boat building and repairs?

A: Marine Grade Resin offers superior durability, high tensile strength (70 MPa), and exceptional water resistance, making it ideal for boat building, ship repairs, and marine structures. Its low water absorption (<0.05%) and clear finish help preserve and protect marine vessels against moisture and wear.

Q: When can I expect the resin to fully cure after application?

A: At 25C, the Marine Grade Resin typically cures within 8-12 hours. Curing time may vary slightly depending on ambient temperature and humidity, so allowing adequate curing before subjecting components to mechanical stress is recommended.

Q: Where can this marine resin be applied beyond boat building?

A: Besides boat building, this resin is suitable for ship repairs and various marine infrastructure projects such as docks, piers, and watercraft components, thanks to its robust performance in wet and challenging environments.

Q: What is the shelf life and proper storage method for this product?

A: Marine Grade Resin has a shelf life of 12 months. Store it in sealed original containers at temperatures between 5C and 30C, away from direct sunlight or moisture, to maintain its properties and efficacy.

Q: What packaging sizes are available for Marine Grade Resin?

A: This resin is available in 5, 20, and 200-liter containers, accommodating small repair tasks to large-scale projects for commercial suppliers and manufacturers.

Q: How does the heat distortion temperature benefit marine applications?

A: With a heat distortion temperature of 70C, the resin resists deformation under mechanical load and elevated temperatures, making it suitable for critical marine applications exposed to sunlight and variable thermal conditions.