Conventional foam pads absorb polish too quickly. This reduces polish and pad performance because most of the polish is trapped below the working surface of the pad. CCS Technology solves this common problem using strategic patterns of partially closed foam cells. Now available on our Heavy Duty Orbital (HDO) pads, giving the operator the added benefit of the durable, dual layer design and tapered edge.

Benefits:

• Slow Rate of Polish Absorption – CCS pockets gradually release polish as needed by the operator.
• Prevents Pad Skipping – CCS pockets reduce surface tension allowing operator to run pad flat on working surface.
• Dual Layer – The dual layer design reduces lateral/horizontal movement, resulting in a reduction of friction inside the pad which increases durability by eliminating excessive heat and reduces foam fatigue.

Conventional foam pads absorb polish too quickly. This reduces polish and pad performance because most of the polish is trapped below the working surface of the pad. CCS Technology solves this common problem using strategic patterns of partially closed foam cells. Now available on our Standard Duty Orbital (SDO) pads, giving the operator the same consistent performance of our SDO pads, with the added benefit of CCS technology.

Benefits:

• Slow Rate of Polish Absorption – CCS pockets gradually release polish as needed by the operator.
• Prevents Pad Skipping – CCS pockets reduce surface tension allowing operator to run pad flat on working surface.
• Tapered Edge – Prevents pad rolling and provides great pad rotation which is great for curved and contoured panels. This allows for precision polishing in tight areas.

The Hybrid foams are specially engineered with small cells and dense construction to keep abrasives in the chemicals close to the surface of the pad.

Benefits:

• Less Polish / Quicker Results – Faster correction time as more polish stays on the working surface rather than being absorbed into the foam.
• Pad Design – The buff backed design on the backside of the pad protects the backing plate from contact with the working surface, while maintaining consistent pressure across the pad.

This pad works well on gelcoat to remove oxidation and can be used as a one step pad due to the amazing finish it provies. For DA, this pad is ideally used for heavy compounding, bringing superior cutting abilities compared to a microfiber pad.

Benefits:

• Unique Wool Material and 1/2″ Pile – Low Lint pads feature an amazing cut with an unmatched finish. Offering superior residue control and better performance while operating on any maching, along with reduced linting versus a traditional wool pad.
• Universal – Universal use and performance on all types of machines gives the user increased flexibility.
• Center Ventilated Cooling Channel – Dissipates heat away from the center of the pad, reducing temperatures and increasing durability. The system also allows for perfect pad alignment.

100% 4 ply twisted wool for cutting action. Rubber core for long-lasting durability. Carbon steel hex shaft prevents slippage. Compatible with standard quick connect systems.

Benefits:

• Contour Buffing – Composite, marine, automotive, aviation and household.
• Versatile – Ideal for fiberglass molds, gel coats, composites, metals and painted surfaces.
• Multi-Industry Applications – Composite, marine, automotive, aviation and household.

Compressed material remains porous enough to help absorb the compounding material and avoid wasteful product sling.

Benefits:

• How to Use – Always keep surface wet to prevent overheating which may cause distortion or even cracking.
• Fast Cutting – Fast cutting reduces the heat for easy polishing.
• Effective on All Tools – For best results – Rotary: RPM’s between 1,000 – 1,500, Dual Action: OPM’s between 3,000 – 4,500.

Prewashing the pads helps to delint the pads prior to first use.

Benefits:

• Denser Pads – The knitting process also results in a denser pad with a plush appearance.
• Durable Backing – This backing is more durable than natural backing material, allowing for more washings.

Prewashing the pads helps to delint the pads prior to first use.

Benefits:

• Denser Pads – The knitting process also results in a denser pad with a plush appearance.
• Durable Backing – This backing is more durable than natural backing material, allowing for more washings.

Patented nanofoam process encapsulates the base of the lambswool fibers with microscopic polyfoam particles.

Benefits:

• Performance – Cuts like natural sheepskin but finishes like a foam pad. Aggressively removes P1500 grit scratches, leaving a lustrous finish with minimal hazing or compounding swirls, increasing workflow efficiency.
• Dense Body – Foamed fibers resist caking and matting. Foaming process also creates minute air pockets at the base fibers, which improves cushioning and retention of compounds and polishes.
• Consistent Quality – Manufacturing process produces a uniform material, resulting in consistent pad performance. Unlike performance reducing variances that can occur with natural sheepskin pads.

The foam interface makes this pad feel great on a rotary maching but has the durability and firmness to hold up on even a 21 mm DA machine. This pad works well on gelcoat to remove oxidation and can be used as a one step pad due to the amazing finish it provides. For DA, this pad is ideally used for heavy compounding bringing superior cutting abilites compared to a microfiber pad.

Benefits:

• Unique Wool Material and 1/2″ Pile – Low Lint pads feature an amazing cut with an unmatched finish. Offering superior residue control and better performance while operating on any maching, along with reduced linting versus a traditional wool pad.
• Shape and Design – Even pressure distribution on the pad like an exact fit style pad, offering better, more consistent results while eliminating micro marring. The pad design offers the safety of a tapered pad, but the performance feature of a exact fit pad.
• Padded Interface Backing – Utilizing a padded interface allows for ease of use and increased durability of the pad.