Construction

C305

The C305 is a durable compactor tyre with a wide, flat footprint for high flotation & minimal ground disturbance. Its nylon casing, deep tread, & high-modulus compound ensure long-lasting performance in industrial & road construction applications.

Read More

GRIP XL 5

The GRIP XL 5 offers superior durability with a strong nylon casing, deep treads, & broad lugs for stability & self-cleaning. A reinforced rim guard & abrasion-resistant compound ensure long life & protection on tough sites.

Read More

GM LOADER HD

The GM LOADER HD features a directional tread pattern for superior traction & performance on hard surfaces. Its extra sidewall protection offers excellent cut & chip resistance. Designed with a reinforced construction, it’s ideal for demanding industrial & construction applications.

Read More

GRIP X HD

The GRIP X HD is a heavy-duty skid steer tyre engineered for durability & performance. Its strong nylon casing enhances lateral stability. A reinforced rim guard protects against flats and rim damage, & the high abrasion-resistant compound ensures exceptional cut & chip resistance.

Read More

SKSR4

SKSR4 Construction Tyres Designed for skid steers, compact loaders, & telehandlers. Features heavy-duty sidewalls, deep tread, & aggressive lugs for superior stability, traction, load capacity, & puncture resistance in demanding conditions.

Read More

AGRO-INDRPO100

W-7A Construction Tyres Built for compactors & roller tractors. Offers high stability, wide contact area, heat-resistant compound, & low rolling resistance for efficient compaction & extended tyre life.

Read More

SKS

SKS Tyres Designed for skid steers, aerial lifts, compact tractors, & backhoes. Features extra-deep tread & reinforced sidewalls for superior cut resistance, durability, & traction on loose surfaces.

Read More

PNSKS

PNSKS Solid Tyres Engineered for skid steers, lifters, & forklifts in demanding conditions. Delivers superior shock absorption, reduced wear, anti-static safety, & lightweight design for improved efficiency.

Read More