Product Comparisons
Head-to-head comparisons to help you choose the right chemical system for your application.
Vinyl Ester vs Isophthalic UPR for Chemical and Corrosion Resistance
Vinyl ester resists strong acids and solvents far better than isophthalic UPR, but costs 2-3x more. Here's how to choose for your corrosion environment.
Semi-Permanent vs Wax Release Agent: When to Use Each
Compare semi-permanent and wax release agents for composite molding — coverage, release count, surface finish, and cost trade-offs to pick the right system.
Primary vs Secondary Amine Curing Agents: Properties and Selection
Primary amines cure faster with higher crosslink density; secondary amines offer longer pot life and improved toughness. Selection depends on cure schedule and end-use.
Hand Lay-up vs RTM: Chemical System Requirements Compared
Hand lay-up and RTM demand fundamentally different resin viscosities, gel times, and additive packages. Here's how to specify chemicals for each.
Cobalt Octoate vs Cobalt Naphthenate: Accelerator Performance Compared
Cobalt octoate and naphthenate both accelerate MEKP-cured UPR, but differ in solubility, color, and odor. Here's how to choose.
Epoxy vs Unsaturated Polyester Resin: Full Application Comparison
Compare epoxy and UPR across mechanical performance, cost, processing, and typical composite applications to choose the right resin system.
Hydrophilic vs Hydrophobic Fumed Silica: Which Grade for Your Resin?
Choosing between hydrophilic and hydrophobic fumed silica decides whether your resin thickens, sags, or absorbs moisture. Here's how to pick.
SEMISIL 200 vs AEROSIL 200: Performance Comparison for Composites
SEMISIL 200 and AEROSIL 200 are both hydrophilic fumed silicas with near-identical chemistry — performance is comparable, cost and supply differ.
MEKP vs BPO: Choosing the Right Peroxide for Room-Temperature Cure
MEKP and BPO are the two workhorse peroxide initiators for room-temperature cure. Pick the wrong one and you get slow demolds, exotherm cracks, or yellowed gelcoats.
ATH vs Calcium Carbonate Filler: Cost, Weight, and Flame Performance
ATH delivers flame retardancy and smoke suppression; CaCO3 wins on cost and processability. Choose by application priority.